<![CDATA[Blog]]> https://worksafegear.com.au/blog/ Fri, 26 Feb 2021 03:28:12 +0000 Zend_Feed http://blogs.law.harvard.edu/tech/rss <![CDATA[New Product Launch - 3M Flat Fold Particulate Respirator 9542V, P2, with Nuisance Level Organic Vapour Relief with valve]]> https://worksafegear.com.au/blog/new-product-launch-3m-flat-fold-particulate-respirator-9542v-p2-with-nuisance-level-organic-vapour-relief-with-valve/ As you know, 3M discontinued the 3M Flat Fold Particulate Respirator 9542A, P2, with Nuisance Level* Organic Vapour Relief in 2020. The newly launched 9542V has retained all the best features and benefits of the 9542A. Additionally, it has the 3M Cool Flow valve to effectively remove heat and moisture build-up and provide a cooler and more comfortable wear. The 3M Cool Flow valve also removes exhaled air and minimises the risk of fogging up eyewear.

Some of the features and benefits found in the 9542V Respirator:

  • Robust Shell and Cup Design
    • Deep loading, cake resistant, flame retardant media
    • Conforms well to most face shapes and sizes
    • Resistant to collapse
  • 3M Cool Flow Valve
    • Effective removal of heat and moisture build-up provides a cooler and more comfortable wear
    • Removes exhaled air and minimises risk of misting eyewear
  • Activated Carbon layer
    • An additional activated carbon layer to filter out ozone and nuisance levels* of organic vapour
    • Nuisance levels are those levels below the Safe Work Australia Exposure Standards
  • 3M High Performance Filter Media
    • Effective filtration combined with low breathing resistance
    • Consistent high-quality performance

Certified to AS/NZ 1716 standard

The alternative respirators 9542V (new), 9923V, 8577 and 8247 listed below can be used in all applications that the 9542A was used for – provided a P2 rated respirator is required for that application. e.g. diesel particulate matter and unburned fuel vapour. If a respirator with GP1 rating is applicable, the 9913V is a suggested alternative.

Additional Links:

]]> Fri, 29 Jan 2021 05:40:11 +0000 <![CDATA[Honeywell Filters & Cartridges (Legacy NORTH AS/NZS)]]> https://worksafegear.com.au/blog/honeywell-filters-cartridges-legacy-north-as-nzs/ This range of Honeywell filters suit the legacy North half face and full face masks, including the 5500 & 7700 series half masks and the 7600 series full face mask.

Key Features

Filters are available with suitable ratings to protect against a wide range of contaminants including:

  • P = Particulates
  • A = Organic Vapours
  • B = Acid Gases
  • E = Sulphur Dioxide
  • K = Ammonia
  • HG - Mercury

Recommended Industries/Use

  • Agriculture
  • Chemical
  • Construction
  • Fire Protection
  • Food Services
  • Forestry
  • Government
  • Law Enforcement
  • Manufacturing
  • Mining
  • Municipal Services
  • Oil and Gas
  • Pharmaceutical
  • Transportation
  • Welding

Hazards

  • Airborne Particulates
  • Chemical
  • Contamination
  • Gas, Vapors, Smoke

Regulations

  • Certified to AS/NZS 1716:2012 License No:0563

Historical Brand

North
Life Expectancy
It is impossible to give an exact life expectancy on a filter cartridge for a respirator. This is because the filter life depends on a number of variable factors including the wearers breathing rate, the characteristics and level of the contaminant, the length of time a user is exposed to a contaminant and environmental conditions such as temperature and humidity which could also effect the wearers breathing rate. Saturated or used filter cartridges will leak trace amounts of contaminants to the wearer, which may be detected via odour, taste, and/or irritation – If a contaminant can be detected by any of these means by a user, then filter cartridges should be changed immediately.
Applications
These filters have been designed to protect workers against a wide range of contaminants including organic gases and vapours, acid gases, chlorine, hydrogen cyanide, hydrogen sulphide, sulphur dioxide, ammonia and particulates including dusts and mists.
Highlight Products
]]> Wed, 20 Jan 2021 06:35:42 +0000 <![CDATA[3M Food & Beverage Playbook]]> https://worksafegear.com.au/blog/3m-food-beverage-playbook/ 3M has a gift for you and your team!
The channel marketing team at 3M did a market assessment on various key verticals in Australia and New Zealand. 3M wanted to create a document that provides our and your field representatives guidance when approaching an end user within these segments. 3M hopes that you will find it useful in the field as your go-to document for key 3M products and applications within these markets.
The manufacturing industry consists of many sub-industries, inclusive of food & beverage manufacturing. Food & beverage manufacturing is the process of taking raw, inedible materials and using equipment and machinery to produce the products that we see on our supermarket shelves.

The Food & Beverage Playbook [DOWNLOAD PDF]

Products mentioned in this document:

3M 7535 Asbestos/Dust Respirator Kit

3M 6535QL P2 Construction Respirator Kit

3M Particulate Respirators

3M Versaflo PAPR

3M HC23 First Base Bumpcap

3M SecureFit 400

3M DBI-Sala ExoFit NEX Riggers Harness

3M Protecta Pro Adjustable Lanyard

3M Comfort Grip Gloves

3M Safety Visor

3M E-A-Rsoft Earplugs

3M Peltor

3M Silver Cut-Off Wheel

3M Cubitron II Griding Wheel

3M Scotch-Brite Clean & Strip Disc Black

3M 700A/R Box Sealing Machine

3M 371 Box Sealing Tape

3M 311 Box Sealing Tape

]]> Tue, 08 Dec 2020 03:25:38 +0000 <![CDATA[3M Metal Fabrication Playbook]]> https://worksafegear.com.au/blog/3m-metal-fabrication-playbook/ 3M has a gift for you and your team!
The channel marketing team at 3M did a market assessment on various key verticals in Australia and New Zealand. 3M wanted to create a document that provides our and your field representatives guidance when approaching an end user within these segments. 3M hopes that you will find it useful in the field as your go-to document for key 3M products and applications within these markets.

The manufacturing industry consists of many sub-industries, inclusive of metal fabrication. Metal fabrication is the process of creating new structures, machinery and equipment from raw metal materials by burning, cutting, welding and detailed assembly.

The Metal Fabrication Playbook [DOWNLOAD PDF]

Products mentioned in this document:

3M Respirator Kits

3M Particulate Respirators

3M Versaflo PAPR

3M Safety Helmets

3M SecureFit 400

3M Protecta Riggers Harness

3M DBI-Sala Delta Welders Harness

3M Comfort Grip Gloves

3M Safety Visor

3M E-A-R Flexible Fit Earplugs

3M Peltor

3M Silver Cut-Off Wheel

3M Cubitron II Griding Wheel

3M Scotch-Brite Clean & Strip Disc Black

3M 4910 VHB Clear

3M 3903 Vinyl Duct Tape

3M Diamond Grade Conspicuity Markings

3M Vinyl Tape 471

3M DP-420 Epoxy Duo Pack

3M Cubitron Fibre Disc 982C

3M Flap Disc 769F

]]> Tue, 08 Dec 2020 02:02:43 +0000 <![CDATA[3M Mining Playbook]]> https://worksafegear.com.au/blog/3m-mining-playbook/ 3M has a gift for you and your team!
The channel marketing team at 3M did a market assessment on various key verticals in Australia and New Zealand. 3M wanted to create a document that provides our and your field representatives guidance when approaching an end user within these segments. 3M hopes that you will find it useful in the field as your go-to document for key 3M products and applications within these markets.
The mining industry consists of extracting some valuable substance from the soil. Both the extraction and the separation will show process variations according to the technique, the extracted raw material and the desired valuable mineral as final product.

The Mining Playbook [DOWNLOAD PDF]

Products mentioned in this document:

3M 9322A+ P2

3M Versaflo PAPR

3M TA570 Safety Helmet ABS Vented

3M SecureFit 400

3M Skull Screws

3M 7500 Series

3M 5925 Filters

3M 6051 Cartridges

3M Comfort Grip Gloves TR-819

3M Peltor

3M Silver Cut-Off Wheel

3M Cubitron II Griding Wheel

3M Scotch-Brite Clean & Strip Disc Black

3M 4910 VHB Clear

3M Diamond Grade Conspicuity Markings

3M DP-420 Epoxy Duo Pack

]]> Tue, 08 Dec 2020 01:19:52 +0000 <![CDATA[3M Construction Playbook]]> https://worksafegear.com.au/blog/3m-construction-playbook/ 3M has a gift for you and your team!
The channel marketing team at 3M did a market assessment on various key verticals in Australia and New Zealand. 3M wanted to create a document that provides our and your field representatives guidance when approaching an end user within these segments. 3M hopes that you will find it useful in the field as your go-to document for key 3M products and applications within these markets.

The commercial construction industry consists of the erecting and finishing of new structures. The two principal forms of
commercial construction include commercial building construction, which includes high rises, skyscrapers and other industrial and commercial structures, and infrastructure construction, which includes large infrastructure projects such as bridges, dams,
transportation, etc.

The Construction Playbook [DOWNLOAD PDF]

Products mentioned in this document:

3M 9322A+ P2

3M Versaflo PAPR

3M TA570 Safety Helmet ABS Vented

3M Savanah Safety Spectacles

3M Bark Hut Safety Spectacles

3M DBI-Sala ExoFit NEX Riggers Harness

3M Comfort Grip Gloves

3M Nitro Uncorded Earplugs

3M Peltor

3M Silver Cut-Off Wheel

3M Cubitron II Griding Wheel

3M Scotch-Brite Clean & Strip Disc Black

3M 4910 VHB Clear

3M 3903 Vinyl Duct Tape

3M Vinyl Tape 471

]]> Mon, 07 Dec 2020 23:22:56 +0000 <![CDATA[3M Fall Protection for Tools - Common Attachment Points]]> https://worksafegear.com.au/blog/3m-fall-protection-for-tools-common-attachment-points/ The science of fighting gravity.

Protecting workers takes more than just keeping them from falling. Their tools also need to be protected at height. That’s why for over eight years, we’ve been pioneering an innovative line of products and solutions to help prevent dropped tools and equipment. From construction sites to oil rigs, we help make work environments safer and more productive by protecting workers from hazards that can result in personal injury, equipment damage and tool loss.

Learn how to make virtually any tool ready for tethering

9701434 Common Attachment Points Poster

3M Fall Protection For Tools Catalog

3M Fall Protection for Tools

]]> Wed, 25 Nov 2020 00:11:23 +0000 <![CDATA[Honeywell Miller Harness Cleaning Recommendations]]> https://worksafegear.com.au/blog/honeywell-miller-harness-cleaning-recommendations/ STAY SAFE AND KEEP IT CLEAN

For your safety, it is important to follow general safety guidelines as well as recommendations for the proper way to clean and disinfect Honeywell Miller® Fall Protection equipment.

GENERAL HARNESS SAFETY GUIDELINES

  1. Warnings – Always read all instructions and warnings.
  2. Inspection – All fall protection equipment must be inspected prior to each use.
  3. Training – All workers should be trained by a Competent Person.
  4. Regulations – Understand all Federal, State, Local, and Provincial regulations pertaining to fall protection before selecting and using the equipment.
  5. Rescue Planning – Minimize the time between a fall occurrence and medical attention with a rescue plan.
  6. After a Fall – After a fall occurs, all components of the fall arrest system should be removed from service.
  7. Work with a Safety Professional – Reach out to your Honeywell Miller Safety Professional with any questions.

Video
Honeywell Miller - Protecting Workers At Height | 75 Years Celebration

CLEANING PROCEDURES FOR HONEYWELL MILLER® BRAND BELTS, HARNESSES, AND LANYARDS

Spot Clean

To spot clean Honeywell Miller® belts, harnesses, and webbed lanyards, we recommend using a damp sponge or cloth along with a mild detergent that does not include bleach. 

Complete Wash

To wash Honeywell Miller belts, harnesses, and webbed lanyards in a commercial washing machine, we recommend the following procedure:

  • A. Place products to be cleaned in mesh laundry bags to reduce the chances of abrasion, snagging, and entanglement that could cause damage to stitching or labels.
  • B. Wash in cold or warm water that does not exceed 135°F (57°C).
  • C. Use a mild soap or detergent that does not include bleach.
  • D. Wash on a regular wash and rinse cycle.
  • E. Remove items from mesh bags and hang freely to dry away from excessive heat, steam, or long periods of direct sunlight. Do not machine dry! 

Inspect products thoroughly before returning to service. See our Product Inspection Guide for reference.

Note: Machine washing may cause fading and softening of the webbing and may reduce the useful service life of the product. Be sure to inspect your washed products thoroughly before use.

We do not recommend that workers share Personal Protective Equipment (PPE). It is recommended that each employee be provided their own set of PPE. Most equipment is fitted specifically for certain individuals and it is best if protection equipment is inspected before every use.

Honeywell Miller Safety Harnesses in Stock

]]> Wed, 18 Nov 2020 03:12:21 +0000 <![CDATA[Camelbak Crux Reservoir]]> https://worksafegear.com.au/blog/camelbak-crux-reservoir/ The new Crux Reservoir system from CamelBak delivers 20% more water per sip. The Crux Collection comes in a variety of styles and sizes.

CamelBak Crux Reservoir with QuickLink

Video
CamelBak Crux Reservoir with QuickLink

An overview of the features and different styles found in the new Crux Reservoir collection.

Video
CamelBak Crux Reservoir Family

How to clean your CamelBak Crux Reservoir.

Video
CamelBak Crux Cleaning Video for Reservoirs WITHOUT QuickLink

Video
CamelBak Crux Cleaning Video for Reservoirs with QuickLink

]]> Tue, 17 Nov 2020 06:18:58 +0000 <![CDATA[Easily estimate your clearance by Petzl]]> https://worksafegear.com.au/blog/easily-estimate-your-clearance-by-petzl/ What is clearance and how to optimize it?

The risk of falling is a key concept to master when working at height. In this context, calculating the clearance for each specific work situation is vital to worksite safety. See below for the criteria required to calculate the clearance, and how to optimize it.

What is clearance?

Clearance is the minimum amount of clear space below the user that prevents the user from hitting an obstacle in case of a fall.
This minimum amount of clear space takes into account the length of the system, the tearing of the energy absorber, an average distance between the harness attachment point and the worker's feet (1.5 m) and a safety margin required by the standard (1 m).

The clearance value varies depending on the work situation. The operator’s position relative to the anchor, the length of the system and the operator’s weight are the main factors in its determination.

The role of the anchor’s position

To reduce the clearance, it is necessary to limit the tearing of the energy absorber. The tearing depends on the amount of energy to be absorbed, thus the length of the fall. In the field, it is advisable to always stay as far below the anchor as possible. If the situation requires the use of an anchor located below the user, choosing a lanyard that is as short as possible helps limit the potential fall distance.

BELOW THE ANCHOR

The operator is below the anchor and the ABSORBICA lanyard is nearly taut. Clearance is reduced as the fall distance is low.

AT ANCHOR LEVEL

The anchor is at or slightly above the harness attachment point. If the operator falls, the fall distance is greater. So the clearance is greater.

ABOVE THE ANCHOR

The anchor is at or below the operator's feet. If the operator falls, the fall distance is twice the lanyard length and results in greater tearing of the absorber. The clearance is thus even higher than in the two preceding cases.

Optimize the system length

The total system length (connectors + absorber + lanyard) determines the maximum fall distance and thus affects the clearance value. The choice of lanyard model can be adapted to each workstation, keeping in mind that choosing a lanyard that is as short as possible reduces the potential fall distance. The ABSORBICA VARIO lanyard is best for situations where it is necessary to adjust the length of your system.

Weight: an important factor

Arresting the fall of a heavier user (with his/her equipment) means more energy that needs to be absorbed, so the absorber tear length is greater, which affects the clearance value. In fact, two operators placed in the same location relative to the anchor point but who differ in weight will have different clearances.

Video
Progressive tearing energy absorber

FAQ

Are there other factors that can affect my clearance?

Certain anchors can increase the potential fall distance (flexible lifeline, slanted anchor...)
The deployment of the fall-arrest attachment point on certain harnesses must also be considered in your clearance calculations.

Is the clearance calculator useful for other products?

No, this clearance calculator is applicable only to the current Petzl ABSORBICA line. (Products: L011AA00, L012AA00, L012CA00, L012BA00, L013AA01, L014AA01, L014CA01, L014BA01, L016AA00, L015BA00, L015AA00, L010AA00.)

Can I remove the energy absorber to reduce the potential fall distance?

No, the energy absorber helps reduce the impact force in case of a fall. Using a lanyard alone is a work positioning system and not a fall arrest system.

I have an old ABSORBICA model; how can I determine the associated clearance values?

See the Instructions for Use supplied with your device.

Learn about the Petzl Absorbica line.

Petzl ABSORBICA line

Credit: PETZL

]]> Tue, 10 Nov 2020 23:30:42 +0000 <![CDATA[AMA State president Andrew Miller wants WA to wear face masks when hard border ends]]> https://worksafegear.com.au/blog/ama-state-president-wants-wa-to-wear-face-masks-when-hard-border-ends/ West Australians need to embrace wearing masks along with a raft of other "COVID-fit" precautions when the State’s border reopens next week, according to Australia Medical Association WA president Andrew Miller.

From commuters crammed on trains and buses to punters at large public events, Dr Miller said West Aussies should adopt masks in their daily lives like Asian nations such as South Korea, Taiwan and China.

WA opens quarantine-free travel to most States and territories from November 14 under a new "controlled interstate border" plans announced by Premier Mark McGowan on Friday.

Speaking to The West Live, Dr Miller said masks should especially be used when someone has a common cold or even hay fever.

"Our community needs to get ready — COVID-fit — for the occasional outbreak," he told podcast host Jenna Clarke.

"(Get) used to wearing masks on public transport. If you have any sign of a respiratory infection... obviously, get tested but if it's just a cold then by all means (wear a mask).

"I think it's a polite thing to do for other people, not to be coughing and spluttering on them.

"Even if you've got hayfever, it might make people feel less uncomfortable around you and that's going to hit us all pretty hard now.

"It's also just culturally getting used to the idea. Masks are one of the things that have set Asia apart. Masks as part of their culture has really helped them to carry on with life."

Even if you've got hayfever, it might make people feel less uncomfortable around you. - AMA WA president Andrew Miller

Dr Miller said people also had to learn to embrace "low-burden" pandemic precautions, such as QR code recording systems at venues, that could save stricter ones in a second wave.

"It's not that hard to scan your phone when you got into a pub or a club or a restaurant. I think that just needs to become part of our new normal life," he said.

"All these things have holes in them, just like hotel quarantine does with the overseas travellers. So, it's our responsibility to now be in a State where for the next couple of years — if that's how long it takes to get an effective vaccine or treatment — that we have tracking and tracing. (Also) things like registering when you go to crowded places, getting used to ventilating stagnate spaces.

"We would like to see more testing of people coming here. At the moment, we will be testing people from NSW and Victoria at day 11 of home quarantine — I don't see any reason why we couldn't ask anyone else coming into the State to also have a test on day 11."

Labelling the new border arrangement's as a "good step forward", Dr Miller said future precautions needed to include, knowing who is coming in to WA, where they've been, where they're going, tracking and tracing and sewage water testing.

"This is a lot more sustainable," he said.

"We could be living with this for more than a year to come, possibly a lot longer than that, so we have to get rid of the whole idea of exemptions and people having to convince the police officer that they have a good enough reason to visit. Just focus on the COVID, which is what it was all about in the first place."

Credits : Caitlyn Rintoul & Jenna Clarke PerthNow

]]> Mon, 09 Nov 2020 04:29:34 +0000 <![CDATA[Bisley Women's Workwear]]> https://worksafegear.com.au/blog/bisley-womens-workwear/

Women's workwear has been notoriously hard to find, with many tradeswomen having to wear ill-fitting or mens workwear. So, it was about time Bisley Workwear created a women's workwear range with extremely comfortable women's workwear pants, comfortable workwear shirts, and amazing coveralls designed specifically for tradeswomen. Job Done.

Let us introduce Coralie - Landscaper, Caitie - Paver, Chelsea - Chippy, Allie - Sparky and Aimee - Plumber: the five awesome tradeswomen who helped us design the first women's workwear range designed by the tradies who wear it.

Video
Hard Work Has No Gender | Bisley Workwear's New Women's Workwear

Hard Work Has No Gender | Bisley Workwear's New Women's Workwear

Bisley Womenswear range is specially designed with a woman’s fit in mind.

Bisley Womenswear

]]> Fri, 09 Oct 2020 01:41:44 +0000 <![CDATA[3M Notice of Change of Pack Size for 9322A+ and 9320A+ Disposable Respirators]]> https://worksafegear.com.au/blog/3m-notice-of-change-of-pack-size-for-9322a-and-9320a-disposable-respirators/ Frequently Asked Questions - Aura 9320A+ and 9322A+ Bulk Packs

How are CPS and rebate programs going to be managed?

The standard price per respirator and contract price arrangements per respirator remain unchanged regardless of the packaging.

What does this mean with our existing orders for 9320A+ and 9322A+ in the system / When will we be supplied with those orders / When current boxes run out what happens to back orders?

Stock delivered in June will have the standard box packaging. From July onwards, stock will be delivered in bulk packs.

An email from the distributor confirming willingness to receive the new codes instead of the old codes would suffice to update backorders.

Alternatively, the backorders with old codes can be cancelled, and new orders can be placed using the new codes.

Are all the back orders going to be consolidated and then shipped in new volumes?

For orders that would be supplied with 9320A+ or 9322A+ from July onwards, yes this can be done, provided the distributor confirms via email their willingness to receive the new codes

What happens to distributors who have their end users wanting less than case quantities of 9322A+ or volumes that are not a multiple of 200 units?

The intention behind bulk packing is to increase productivity and release orders faster. However, this comes at a cost of ordering by the case unfortunately.

How do distributors sell this product in less than carton QTY do they have the fitting instructions etc. on the packaging?

According to the TGA they cannot be sold loose either by 3M Au or by 3M authorised distributors.

Can distributors repackage into smaller volumes?

Yes

Can distributors sell individual masks?

As per TGA, neither 3M Australia nor 3M distributors would be able to sell individual units unless it comes with user instructions, 3M sponsor details, the required intended use, the product cat code, lot number and expiry.

Do you have any indication if this will be a permanent change considering the communication state effective July?

No changes until further notice

3M Aura 9320A+ and 9322A+ standard packs – update

Based on some customers feedback, a limited quantity of the 9322A+ (standard packs XA010017854 are on plan to be delivered in July.

Prioritization of stock

We continue to focus on Healthcare with support for critical industrial and key industries.

The majority of our stock on hand is being released to Healthcare/Frontline HC workers dealing with Covid-19 and Govt/Hospitals and the remaining to Critical Infrastructure and existing DR customers in Industrial markets

DR Quantities and ETAs cannot be committed to customers because demand from frontline customers is being prioritised.

Regards

Paul Price
3M Personal Safety Division
3M Australia

PDF: Cutsomer Notice Temporary change in the packaging of your 3M™ Aura™ P2 Particulate Respirators 9320A+ and 9322A+

Related: COVID-19: 3M Product Availability Update

]]> Wed, 02 Sep 2020 02:29:45 +0000 <![CDATA[Always wear your face covering when leaving home]]> https://worksafegear.com.au/blog/always-wear-your-face-covering-when-leaving-home/
Video
Always wear your face covering when leaving home

From Victoria’s Chief Health Officer, Brett Sutton.

To help slow the increase in transmission of coronavirus, people living in and visiting metropolitan Melbourne and Mitchell Shire are required to wear a face covering whenever they leave home. If you live outside metropolitan Melbourne or Mitchell Shire – we recommend you wear a face covering when it’s difficult to keep 1.5 metres apart from others.

Face coverings provide an additional barrier to coronavirus.

The types of face coverings available include cloth masks and single-use face masks – commonly called surgical masks.

I recommend wearing a cloth face covering made of three layers of a mix of breathable fabrics to allow adequate protection. It doesn’t need to be medical quality to be effective. Cloth face coverings can be washed and reused.

Cloth face coverings are also inexpensive, simple to make and easy to use. You can buy a cloth face covering or single-use masks from shops, including chemists and hardware stores, or you can follow our instructions on how to make your own cloth face covering. If a face mask is not available other forms of face covering may be used such as a scarf or bandana.

Make sure your face covering does not have holes or a valve. This can result in breathing out the virus if you have coronavirus.

Of course, when you are eating or drinking you can remove your face covering. If you are running or cycling you can remove your face covering if it makes breathing difficult - but please, have it with you to put on once you have finished.

When it comes to those aged 3 to 12, families should make their own decisions about whether their children should wear a face covering.

But little ones – those two and under – should never wear a mask.

Some further exemptions apply – visit this website for more details.

We also need to remember: a face covering on its own is not enough to slow the spread of coronavirus.

Protect yourself, your family and the community by maintaining a physical distance of 1.5 metres from others, washing or sanitising your hands regularly,coughing or sneezing into a tissue or your elbow; and If you are unwell, you must get tested then stay home.

Remember, if you are in metropolitan Melbourne and Mitchell Shire always wear your face covering when leaving home.

Stay safe.

For more information visit https://www.dhhs.vic.gov.au/face-coverings-covid-19

]]> Mon, 03 Aug 2020 05:16:27 +0000 <![CDATA[Request for inspection of Petzl low stretch kernmantle ropes]]> https://worksafegear.com.au/blog/request-for-inspection-of-petzl-low-stretch-kernmantle-ropes/ REQUEST FOR INSPECTION OF PETZL LOW-STRETCH KERNMANTLE ROPES

One of our clients found 2 critical defects on his Petzl low-stretch kernmantle ropes. To date, no other client has reported similar defects to us, and no accident or injury is known. Please read the information below and, if necessary, inspect your ropes.

Request for inspection of Petzl low-stretch kernmantle ropes:

  • AXIS 11 mm
  • ASAP'AXIS 11 mm
  • PARALLEL 10.5 mm
  • VECTOR 12.5 mm 
  • RAY 12 mm 
  • SEGMENT 8 mm
  • CLUB 200 10 mm 
  • PUSH 200 9 mm
  • TOP 9.8 mm
  • LEAD 9.8 mm
  • KIT including these ropes

With serial numbers between 18 C 0000000 000 and 20 H 0000000 000

While unpacking new Petzl AXIS 11 mm ropes, one of our customers found the following two defects:

  1. a deep cut in an AXIS 11 mm rope manufactured in June 2019

    corde entaillée
  2. a 2.1-meter scrap of rope taped to one end of an AXIS 11 mm rope manufactured in September 2019

    corde scotch

To date, no other client has reported similar defects to us, and no accident or injury is known.

Our in-depth investigation and risk analysis have led us to the following conclusions:

  • the two defects occurred on one of our rope-cutting machines
  • the two defects have common root causes
  • the risk of the two defects occurring is near zero (only a complex sequence of multiple, independent factors could lead to the occurrence of the defects)
  • this risk did not exist prior to March 2018
  • only the ropes cut on this machine are at risk of these defects

We took immediate corrective actions to eliminate this risk on the production line. Our stock is in the process of being inspected and no further defect has yet been found.

As a precaution, we ask that you immediately inspect each of your low-stretch kernmantel ropes listed below that have a serial number between 18 C 0000000 000 and 20 H 0000000 000:

  • AXIS 11 mm
  • ASAP'AXIS 11 mm
  • PARALLEL 10.5 mm
  • VECTOR 12.5 mm 
  • RAY 12 mm 
  • SEGMENT 8 mm
  • CLUB 200 10 mm 
  • PUSH 200 9 mm
  • TOP 9.8 mm
  • LEAD 9.8 mm
  • KIT including these ropes

The inspection must be carried out by hand, without gloves, along the entire length of the rope, and in accordance with this operating procedure.

If you find any defect, please quarantine your rope immediately and contact us.

The inspection we are asking you to carry out fulfills certain criteria from the detailed periodic inspections you must carry out at least once every 12 months. However, if you encounter any difficulty carrying out the inspection, please contact us.

We are aware of the inconvenience that this inspection request may cause; please accept our apologies. Our customers’ safety remains our top priority, and all of our teams are making every effort to assist you

We thank you in advance for your understanding and are relying on you to immediately report to us any defect found.

Inspection operating procedure

In order to carry out the low-stretch kernmantle rope inspection, we ask that you follow these operating procedures:

  1. Is your low-stretch kernmantle rope on the list of Petzl ropes affected by this inspection request?
    - NO → your rope is not affected by the inspection request
    - YES → go to paragraph 2
    - I don't know → as a precaution, go to paragraph 2.
     
  2. Identifying the serial number on your rope:
    Your rope’s serial number is on the label affixed to each end of the rope, on its Instructions for Use, and on your PPE register.
    Example of a serial number: 18 C 01254697 807
    - My rope’s serial number is: YY M xxxxxxx xxx → go to paragraph 3
    - I can’t find my rope’s serial number → go to paragraph 4
     
  3. Is your low-stretch kernmantle rope’s serial number between 18 C 0000000 000 and 20 H 0000000 000?
    - YES, the first three characters of the serial number are: 18C, 18D, 18E, 18F, 18G, 18H, 18I, 18J, 18K, 18L, 19A, 19B, 19C, 19D, 19E, 19F, 19G, 19H, 19I, 19J, 19K, 19L, 20A, 20B, 20C, 20D, 20E, 20F, 20G
    → your rope is affected by the inspection request → go to paragraph 4
    - NO (example: 18 B 9999999 999) → your rope is not affected by the inspection request
     
  4. Is your rope new and never-used?
    - NO (it has already been used) → go to paragraph 5
    - YES → go to paragraph 6
     
  5. Has your rope already been used or inspected in one of the following ways?
    - installation of the rope by running your hand along its entire length without gloves
    - coiling the entire length of the rope without gloves
    - detailed periodic inspection of the rope already carried out
    NO, or I’m not sure → go to paragraph 7
    YES → you do not need to inspect your rope again, and we ask that you inform us on the registering my rope inspection form
     
  6. Is there a green sticker on the box of my new rope? 
    - NO → it has not already been inspected → go to paragraph 7
    - YES → your rope has already been inspected by a professional and you do not need to inspect it again
     
  7. Inspecting your rope by hand, without gloves, along its entire length:

    Vérifier sa corde

    Only production defects (1) and (2) below are affected by this inspection request. If you find a defect described in this inspection request, please write down the serial number of the affected rope, immediately quarantine the rope and contact us.
    Corde entaillée défaut scotch
    (1) Production defect covered by this inspection request (2) Production defect covered by this inspection request

    As a reminder, if during the course of this inspection you find a defect caused by wear or anomalies covered by PPE inspection sheet criteria, retire your rope
     
    corde usée corde usée
    Two examples of rope usage wear => Retire the product

     
  8. Once your rope has been inspected, we ask that you enter the result on the registering my rope inspection form.
     
  9. If you run into problems or difficulties carrying out the rope inspection, please contact us.

FAQ

1 - When and how did you find out about the problem?

While unpacking new Petzl AXIS 11 mm ropes, one of our customers found the following two defects:

  • a deep cut in an AXIS 11 mm rope manufactured in June 2019
  • a 2.1-meter scrap of rope taped to one end of an AXIS 11 mm rope manufactured in September 2019

2 - Have any accidents involving a defective rope occurred?

To date, no other client has reported similar defects to us, and no accidents have been reported to us.

3 - How do you explain the problem?

Our in-depth investigation and risk analysis have led us to the following conclusions:

  • Both defects occurred on one of our rope-cutting machines
  • Only the machine we purchased and started operating in March of 2018 is affected by the risk of such a defect occurring
  • The risks of these two defects occurring have common root causes (human/machine interface)
  • The risk of the two defects occurring is near zero (only a complex sequence of nine independent factors could lead to the occurrence of either defect).

4 - Why aren’t ropes manufactured before March 2018 affected?

In March 2018, we purchased and started using a new standard type of machine used in the rope measuring and cutting sector. It was on this new standard machine that we detected the risk of a defect occurring through a complex sequence of nine independent human-machine interface factors.

5 - What is the probability that my rope has one of the defects?

The risk of the two defects occurring is near zero (only a complex sequence of nine human/machine independent factors could lead to the occurrence of either defect). The defect is very unlikely to occur with the machine, but the seriousness of potential bodily harm is such that a rigorous inspection of each potentially affected rope is mandatory.

Corrective actions to eliminate the risk were immediately undertaken, and our stock is currently being inspected. To date, no other defect has been found.

6 - Why were these two defects not detected earlier?

The occurrence of the two defects occurring is extremely unlikely and near zero, since only a complex sequence of nine independent human/machine factors could lead to the occurrence of either defect.

7 - Do I absolutely have to inspect my rope?

Yes, unless you fall under an exception identified in our  operating procedures.

8 - If I already inspected my ropes when I first started using them or during my periodic PPE inspection, do I have to inspect them again?

If you already inspected your rope when you first used it, or during periodic PPE inspection, you would already have found any defect covered by the inspection request. You do not have to inspect it again for the inspection request.

9 - If I don’t have any PPE inspection training, can I perform the inspection?

Any adult of able mind and body who knows how to use a rope can perform the inspection. The operating procedures will walk you through each step of the inspection.

10 - I don’t know how to inspect my rope or I’m not sure what to do.

Read the operating procedure.

11 - How do I inspect my rope?

Because the defect is so easily detectable to the touch, the inspection must be carried out by hand, without gloves, along the entire length of the rope, and in accordance with the operating procedures.

12 - Is my low-stretch kernmantle rope affected by the inspection request?

Low-stretch kernmantle ropes manufactured after March 2018 with a serial number between 18 C 0000000 000 and 20 H 0000000 000 and that appear on the list below are covered by the request.

Affected ropes:

  • AXIS 11 mm
  • ASAP’AXIS 11 mm
  • PARALLEL 10.5 mm
  • VECTOR 12.5 mm 
  • RAY 12 mm 
  • SEGMENT 8 mm
  • CLUB 200 10 mm 
  • PUSH 200 9 mm 
  • TOP 9.8 mm
  • LEAD 9.8 mm (dynamic rope)
  • Kits that include these ropes

Note: ropes manufactured before March 2018 are not covered by this inspection request.

13 - Is my dynamic rope affected by the inspection request?

No, dynamic ropes are not covered by the inspection request because they are cut to length on a different rope-cutting machine that does not present a risk of such defects occurring.
The LEAD 9.8 mm rope is the only dynamic rope affected by the inspection request, because it was cut to length on the only rope-cutting machine that does present a risk of the defects occurring.
Note: this  LEAD 9.8 mm rope is intended solely for climbing gym operators.

14 - If my rope is part of a kit, should I inspect the whole kit?

No, the inspection request only covers the rope in your kit. However, you may use the opportunity to inspect the entire kit. As a reminder, you must carry out a detailed periodic inspection of your PPE (personal protective equipment) at least once every 12 months.

15 - Is the JAG SYSTEM rope covered by the inspection request?

No, the JAG SYSTEM rope is not covered by the inspection request because it is cut to length on a different rope-cutting machine that does not present a risk of such defects occurring. However, the AXIS rope from the JAG RESCUE KIT is covered by the inspection request.

16 - How do I find my rope’s serial number?

All of our products have an individual name and number to identify them.
The name and serial number are on the label affixed to each end of the rope.


If you no longer have the serial number, we ask that you carry out the inspection as a precaution. You can find more information in the Technical Notice that came with your rope and which are available at Petzl.com.

17 - I want to buy a new low-stretch kernmantle rope. How can you guarantee that the ropes available in stores are compliant?

Since the defect was discovered, Petzl has corrected its low-stretch kernmantle rope-cutting machine, inspected all of its stock, and asked all of its dealers to inspect their stock and relay the call for inspection to their own clients.
Our dealer clients are committed and knowledgeable professionals who will inspect their own inventory. However, we cannot guarantee that, in accordance with our request, all of the dealers’ rope inventory will have been inspected by the time of your purchase.
This is why, as a precaution, we strongly advise that you follow the inspection operating procedures before using your new rope.

18 - I found a little green sticker on my rope packaging. What does it mean?

All ropes manufactured between March 2018 and July 2020 that have already been inspected by Petzl or other professionals are required to have a green sticker on the rope packaging.
Because the manufacturing machine has been secured, we will stop placing green stickers on packaging of ropes manufactured as of August 1, 2020 (serial number > 20H xxxx).

19 - What do I do if I find a manufacturing defect?

If your rope has a manufacturing defect, we ask that you quarantine your rope immediately.

20 - If I am currently in a country where there is no distributor, who should I contact?

Contact us here

21 - Is the rope from my GRILLON lanyard covered by the inspection request?

No, the GRILLON rope is not covered by the inspection request because it is cut to length on a different rope-cutting machine that does not present a risk of such defects occurring.

22 - Which kits are covered by the inspection?

All kits with a low-stretch kernmantle rope listed in the inspection request are covered by the inspection.

23 - Are my PUSH and CLUB ropes covered by the inspection request?

Only the PUSH 200 and CLUB 200 ropes with a length of 200 meters are covered by the inspection request. Shorter ropes are not affected, because they are cut to length on a different rope-cutting machine that does not present a risk of such defects occurring.

Source

]]> Tue, 21 Jul 2020 07:00:00 +0000 <![CDATA[Face masks will be mandatory in Melbourne and Mitchell Shire to combat coronavirus]]> https://worksafegear.com.au/blog/face-masks-melbourne-victoria-rules/ Wearing masks will be made compulsory for people out in public in coronavirus-hit Melbourne and the adjacent Mitchell Shire from 11:59pm on Wednesday 22/07/2020.

Here's what we know about the new rules.

Why do you need to wear a mask?

Mr Andrews says the new rule is "commonsense", "relatively simple" and about "embedding behaviour" to bring COVID-19 case numbers down.

"We're going to be wearing masks in Victoria and potentially in other parts of the country for a very long time," he warns.

"There's no vaccine to this wildly infectious virus and it's a simple thing, but it's about changing habits, it's about becoming a simple part of your routine.

"Most of us wouldn't leave home without our keys, we wouldn't leave our home without our mobile phone."

Victoria's Chief Health Officer Brett Sutton says universal mask wearing is important because an infected person wearing a mask sheds less of the virus and people around them are less exposed.

Who needs to wear a mask?

In metropolitan Melbourne and the Mitchell Shire, everyone over the age of 12 needs to wear a mask or face covering when they leave their house for one of the four allowed reasons.

  • Study or work  — if you cannot work from home
  • Medical care and caregiving
  • Shopping for essentials
  • Daily exercise

This applies to everyone in these areas, including people who live outside these areas but are visiting for one of the permitted reasons.

What's happening in regional Victoria?

Face coverings in regional Victoria continue to be recommended in situations where maintaining 1.5 metres distance is not possible.

Who doesn't need to wear a mask?

Not everyone needs to wear a face covering. Reasons to not be covered include:

  • People with a medical reason
  • Children under 12 years of age, or 12-year-olds if they're attending primary school
  • For professional reasons because it stops you doing your job, for example working in a call centre
  • A practical reason like when you go for a run

The Victorian Government says people must carry their face covering at all times to wear when they can.

It will not be a requirement for people working in childcare.

The Premier also says "common sense should guide us".

He says therefore you should take off your mask when entering a bank.

What should I wear? Will a scarf do?

Mr Andrews, who wore a black mask before Sunday's press conference, says a mask or scarf will do.

"It need not be a hospital-grade mask. It need not be one of the handmade masks … It can be a scarf, it can be a homemade mask," Mr Andrews said.

He admits "nothing is perfect" and a "face covering is just as good".

What's the penalty for not covering your face?

It's a $200 fine.



Where can I get a mask?

There are store-bought cloth and surgical masks on the market.

The Premier mentioned the state has 2.5 million to 3 million masks on order, with the first batch to arrive this week.

Who will be eligible to receive these masks will be announced later this week.

Disposable Masks

Can I make one?

Yes, you can.

Professor Sutton says don't get stressed if you can't buy a mask because he is talking about a face covering to cover the face and mouth.

"People just need to find a face covering."

The Victorian Government has release information about how to make and what to use to make a face mask. recommended three pieces of fabric: water

Victoria's Department of Health and Human Services recommend making a mask with three pieces of fabric: water resistant for the outer layer, blended for the middle layer, and a water absorbing cotton fabric for the inner layer.

What if I'm exercising?

Yes, this is one of the exceptions to the rule.

Mr Andrews used the example of a jogger.

He said while running they don't need to wear a mask but must have one to wear before and after their exercise.

What about teachers and students?

Teachers are being told to wear a face cover wherever practical at school but not while teaching.

Mr Andrews said it was important for teachers to be able to communicate with their students.

At school, children above 12 are expected to wear masks.

Mr Andrews said students wearing masks would be "less of a barrier to their education".

Should I wear a mask while driving?

Mr Andrews says err on the side of caution and wear a mask whenever possible.

Yes, that means even if you are driving a car.

"It's not like police will be pulling over every single vehicle or every single person to check you are wearing a mask but err on the side of caution," he says.

"Err on the side of doing more than less."

How effective are cloth masks?

A mask is just one tool in fighting the spread of the virus.

Staying inside and physically distancing is ideal, but if you can't do that, wearing a mask provides a physical barrier to the virus.

Face masks help contain droplets when people cough or sneeze, reducing the likelihood of spreading the virus.

Professor Sutton says even cloth masks do act as a filter.

"Masks don't do very well in your pocket, they don't do very well sitting on your chin," Professor Sutton says.

"They do need to cover your nose and mouth to work properly."

How do I wear it properly?

You need to ensure your mask covers your nose and mouth.

According to DHHS and Choice, your homemade mask should:

  • Fit securely around the face, specifically covering the nose and mouth areas
  • Be secured with ties at the back of the head or ear loops
  • Make sure it doesn't have holes or a valve
  • Allows for breathing without restriction
  • Can be laundered and machine-dried without damage or changes to its shape (cloth masks should be routinely washed in a washing machine)

How often should I change my mask?

Fabric face masks should be removed as soon as they become damp and not used again until they have been washed.

Dr Holly Seale, a senior lecturer in the School of Public Health and Community Medicine at the University of New South Wales, says it must be cleaned with detergent in a hot wash cycle in a washing machine.

It also needs to be air-dried, and completely dry before it's used again.

Source & Credit

]]> Mon, 20 Jul 2020 03:19:00 +0000 <![CDATA[PPE Hearing Protection]]> https://worksafegear.com.au/blog/ppe-hearing-protection/ Choosing Hearing Protection PPE: Earplugs vs Ear muffs | Disposable vs Reusable

Ear Muffs vs Ear Plugs

Hearing loss due to industrial noise such as machinery, tools and traffic is one of the most widespread yet preventable workplace injuries.

Hearing damage is irreversible and seriously affects quality of life, contributing to dementia, stress, hypertension, tinnitus (ringing in the ears) and psychiatric disorders.

Furthermore, a five-year (1999-2004) study of 6307 workers found that workers who are persistently exposed to excessive occupational noise may be two-to-three times more likely to suffer from serious heart disease than workers who were not exposed.

Hearing loss can also contribute to other workplace safety problems, such as a lack of awareness and reduced concentration and leads to around 3400 successful workers compensation claims each year.

Hearing DamageThe good news is that hearing damage is entirely preventable with appropriate PPE. Correctly designed and fitted ear protection will keep industrial noise well below harmful levels, however choosing the appropriate hearing protection – whether ear muffs or ear plugs, disposable or reusable – is critical.

The "Safe Noise Threshold" and choosing the right level of protection

Eighty five decibels (85dB) is considered the “Safe Noise Threshold” and the level at which appropriate hearing protection MUST be worn. “Appropriate” is determined by the level of noise (see Figure 1) and required level of workplace communications.

Too much hearing protection may increase workplace dangers by unnecessarily blocking critical communications or noise – a common reason workers choose not to use any hearing protection at all.

Conversely, under-protection will lead to hearing damage, which is compounding as it leads to greater difficulty communicating while wearing hearing protection and thus a greater reluctance to wearing it.
Hearing Protection Guide

Hearing Protection Testing and Standards

Australian Standards AS/NZS 1270:2002 sees hearing protection rated into five classes, with Class 1 being the lowest level of protection and Class 5 being the highest level.

The system is based on the SOUND LEVEL CONVERSION (SLC80) rating which is the difference between the sound level of the environment in which the hearing protection is worn and the sound level reaching the wearer’s ears. This is converted to a Recommended Noise Range.

(Figure 1)

Class

SLC80dB

Recommended Noise Range (dB)

1

10 – 13

Less than 90

2

14 – 17

90 – 95

3

18 – 21

95 – 100

4

22 – 25

100 – 105

5

26 – 36

105 – 140

 

Highlight Products

Other Hearing Protection Choice Factors

As well as noise volume and communication factors, other considerations should include the hearing protection’s fit and comfort, health and hygiene, compatibility with other PPE such as hard hats, and suitability of the PPE for the worker, the work environment and task.

Earmuffs

Suppress unwanted noise by completely covering the outer ear. Our styles come with a variety of features from adjustable headband to hard hat attachments to suit individual needs.

Best selling earmuffs

Disposable Earplugs

Made from PU foam and are designed to be compressed and then inserted into the ear canal, where they expand and seal against noise. These are economical, designed for single use and are available in uncorded and corded options.

Reusable Earplugs

Pre-moulded from washable silicone to fit snugly. Corded and uncorded options are supplied in handy resealable plastic case and can be reused.

Banded Earplugs

A convenient, easily inserted option for those who are constantly in and out of noisy areas.

Best selling banded earplugs

Metal Detectable Earplugs

Contain a metal tab in each plug and a metalised cord that can be detected if they accidentally fall into processing lines.

Hearing Protection Fitting and Maintenance Guide:

Hearing protection – especially disposable earplugs – can cause ear infections if the correct health, hygiene and fitting formula is not followed correctly.

Earplug Fitting Guide

 

Earplug Maintenance:

Checking Earplug Fit

Figure 3

Before handling earplugs, always wash and dry your hands. Then inspect your earplugs and discard them if damaged, worn or dirty. Reusable silicone earplugs will last up to three weeks if kept clean and undamaged. They should be cleaned with mild soap and water and stored in a case away from extreme heat or sunlight. When using banded earplugs, clean and replace the pads regularly, as required.

 

Earplug Fit and Removal:

When fitting earplugs, follow the fitting instructions outlined in Figure 2 and perform the fit test outlined in Figure 3. If either earplug feels incorrectly fitted, remove and re-insert.

When removing, gently twist the earplug while slowly pulling in an outward motion.

Source & Credits

]]> Tue, 14 Jul 2020 02:16:27 +0000 <![CDATA[How to inspect your Petzl helmet]]> https://worksafegear.com.au/blog/How-to-inspect-your-petzl-helmet/ HOW TO INSPECT YOUR HELMET

View all of our tips and recommendations to verify that your helmet is still in good working condition.

In addition to routine checks for each use, PPE should regularly undergo a detailed inspection by a competent person. Petzl recommends an inspection every 12 months and after any exceptional event in the life of the product.PPE inspection should be conducted with the manufacturer's Instructions for Use.

HELMETS

1. Known product history

Any PPE showing unexpected degradation should be quarantined, pending a detailed inspection.

The user should:

  • Provide precise information on the usage conditions.
  • Report any exceptional event regarding his PPE.
    (Examples: fall or fall arrest, use or storage at extreme temperatures, modification outside manufacturer's facilities...).

2. Preliminary observations

Verify the presence and legibility of the serial number and the CE mark.
Attention, the serial number code on our products is evolving. Two types of code will coexist.

See below for details on each serial number code.

Verify that the product lifetime has not been exceeded.
Compare with a new product to verify there are no modifications or missing parts.

3. Checking the shell

  • Check the condition of the outside of the shell (marks, impacts, deformation, cracks, burns, wear, signs of chemical products...).

  • Check the condition of the inside of the shell (marks, deformation, cracks, missing parts...). WARNING: do not remove the liner that is attached to the shell.

Remember: personalizing or marking the helmet must not be done with chemical products. Use water-based adhesives for any marking.

  • Check the condition of the slots and holes for mounting accessories (deformation, cracks...).

  • Check the condition and function of the ventilation shutters (for VERTEX VENT, ELIOS...).

4. Checking the liner

Check the condition of the liner (marks, deformation, cracks, missing parts...). Remove the comfort parts to inspect the hidden areas.

WARNING: do not remove the liner that is attached to the shell.

Note: depending on the helmet model, the shell and liner can be:

5. Checking the cradle (webbing head harness)

  • Check the condition of the straps and their attachments to the shell (wear, cuts, burns, deformation of plastic pieces).

Note: most helmets that have a liner do not have a webbing harness.

 

6. Checking the headband

  • Check the condition of the headband and its attachments to the shell (wear, deformation, missing parts...).

If necessary, remove the foams or comfort parts to inspect the hidden areas.

Note: certain helmets such as the METEOR or the SIROCCO have no headband.

7. Checking the adjustment system

  • Check the condition of the adjustment system and its attachments to the shell (wear, deformation, missing parts...).

  • Check the function of the adjustment system.

Operate the adjustment system in both directions. Pull on the system to verify that it does not lose its adjustment setting.

8. Checking the chin strap

  • Check the condition of the chin strap and the adjustment parts (wear, cuts, burns, deformation of plastic pieces).

Move the keepers and plastic pieces to inspect any hidden areas on the straps.

Check the condition of the chin strap buckle (wear, deformation, breakage). Test the reliability of the fastening by pulling gently on the chin strap.

9. Checking the comfort foams

  • Check the condition of the comfort foams. If necessary, remove them for washing or replacement.

10. Checking the headlamp clips

  • Check the condition of the headlamp clips (wear, deformation, missing parts...).

11. Checking accessories

If accessories are mounted on the helmet, check their condition and make sure they are working properly (face shield, headlamp...).


Appendix 1. Examples of helmets that are worn out, or that should be retired

Source: Petzl

]]> Mon, 22 Jun 2020 03:25:31 +0000 <![CDATA[Everything you need to know about accessorising Petzl VERTEX and Petzl STRATO helmets]]> https://worksafegear.com.au/blog/everything-you-need-to-know-about-accessorising-petzl-vertex-and-strato-helmets/ EVERYTHING YOU NEED TO KNOW ABOUT ACCESSORIZING VERTEX AND STRATO HELMETS

Professionals who work at height or on the ground understand that head protection goes well beyond simply wearing a helmet. This is why Petzl has developed a full line of modular accessories for you to customize your helmet for the specific needs of the task at hand. Eye shields, face shields, nametag holders, neck protectors, headlamps, etc. These accessories are now compatible with all VERTEX and STRATO helmets (VENT, HI-VIZ…) and take just a few seconds to install!

Modular accessories

Extensive line of protective eye and face shields, headlamps and accessories

- eye shields, face shields for protection against electric arc hazards, specific shields for tree care

- headlamps for lighting

- nametag holder, nape protector, helmet protectors, chinstraps

 

Easy to install, very modular

Easyclip

All Petzl helmets can be adapted to the additional needs for protection
or lighting in just a few seconds, thanks to the EASYCLIP system and a variety of inserts.

The EASYCLIP system allows quick installation of a protective shield. EASYCLIP is easy to install and is compatible with all Petzl helmets and shields. It comes with every protective eye and face shield.

Protective eye and face shields

  • VIZIR

The VIZIR eye shield protects the eyes against projectile hazards. It is easy to install on VERTEX and STRATO helmets with the EASYCLIP attachment system. It also has scratch-resistant and anti-fog coatings.

  • VIZIR SHADOW

The VIZIR SHADOW eye shield provides eye protection against projectile hazards. It is easy to install on VERTEX and STRATO helmets with the EASYCLIP attachment system. It has a level 2.5 solar protection filter, and anti-scratch and anti-fog treatments.

  • Protector for VIZIR and VIZIR SHADOW

The protector for VIZIR and VIZIR SHADOW protects the eye shields from scratches. It is installed directly on the VIZIR and VIZIR SHADOW eye shields. It allows a Petzl headlamp to be worn, thanks to a mounting slot on the protector.

  • VIZEN

The VIZEN face shield protects against electric arc hazards. This full-coverage shield offers face and eye protection while preserving peripheral vision. It is easily installed on VERTEX and STRATO helmets, thanks to the EASYCLIP attachment system. It also has scratch-resistant and anti-fog coatings.

  • VIZEN MESH

The VIZEN MESH face shield protects against flying wood chips and shavings. This full-coverage shield offers complete face protection while ensuring good visibility. It is easily installed on VERTEX and STRATO helmets, thanks to the EASYCLIP attachment system.

  • Mounting clips for welding mask

Mounting clips allow a Bollé welding mask to be installed.

Accessories

  • Nametag holder for VERTEX® and STRATO helmets

The nametag holder for VERTEX and STRATO helmets allows quick identification of the worker. It is easy to install and provides effective rain protection for business cards.

  • Nape protector for VERTEX® and STRATO helmets

The nape protector for VERTEX and STRATO helmets provides effective sun and rain protection for the nape of the neck. Fluorescent colors give the worker optimal visibility, night and day. Available in two colors.

  • Protector for VERTEX® helmet

The protector for the VERTEX helmet is easy to install and protects the shell from soiling and splash.

  • Protector for STRATO helmet

The protector for the STRATO helmet is easy to install and protects the shell from soiling and splash.

  • Storage bag for VERTEX® and STRATO helmets

Storage bag to protect VERTEX and STRATO helmets during storage and transport. Thanks to a closed interior compartment, accessories are also protected.

  • DUAL chinstrap for VERTEX® and STRATO helmets

This chinstrap allows the chinstrap of VERTEX and STRATO helmets to be changed or replaced. It allows the worker to modify chinstrap strength in order to adapt the helmet to different environments: work at height or on the ground. Available in two colors and in a longer version.

  • Headband with comfort foam for VERTEX® and STRATO helmets

Ready to install headband with comfort foam (standard or absorbent), to extend the life of a VERTEX or STRATO helmet.

  • Comfort foam for VERTEX® and STRATO helmets

Comfort foam (standard or absorbent), ready to install on headband of a VERTEX or STRATO helmet, to prolong its life.

  • Upper foam for STRATO helmet

Upper foam installs on the liner of the STRATO helmet, to extend its life. It is comfortable, absorbent and machine-washable.

  • Transparent stickers for VERTEX® and STRATO helmets 

Transparent stickers allow VERTEX and STRATO helmets to be personalized using a permanent marker or laser printer.

  • Reflective stickers for VERTEX®

Reflective stickers for increased visibility of VERTEX helmets.

  • Reflective stickers for STRATO

Reflective stickers for increased visibility of STRATO helmets.

Hats and balaclava

  • LINER

LINER is a breathable cap for wicking perspiration and drying quickly. The seamless fitted design makes it comfortable to wear under a helmet, without getting in the way.

  • BEANIE

BEANIE is a cap that protects the head on cold and windy days. The design, specific to each zone, optimizes thermal insulation and regulates moisture. The seamless fitted design and side vents make it comfortable to wear under a helmet, without getting in the way.

  • BALACLAVA

BALACLAVA protects the head, the face and the neck on cold, windy days. The design, specific to each zone, optimizes thermal insulation and regulates moisture. The seamless fitted design and multiple side vents make it comfortable to wear under a helmet, without getting in the way.

Source: Petzl

]]> Mon, 22 Jun 2020 03:06:11 +0000 <![CDATA[N95 Mask Shortage Brings Inventor Out Of Retirement In Search Of Safe Reuse Method]]> https://worksafegear.com.au/blog/n95-filter-inventor-comes-out-of-retirement/

Hospitals across the U.S. are facing a shortage of N95 masks amid the coronavirus pandemic, putting health care workers at increased risk of infection.

The health crisis has brought Peter Tsai, the material scientist and engineer who developed the mask's virus-blocking technology, out of retirement to study safe ways to disinfect the single-use masks for reuse — nearly 30 years after his invention.

"I just want to help people, and just do my job," Tsai said in an interview with Morning Edition.

With N95s in short supply, some medical personnel are resorting to sterilization methods typically used to expunge the virus, like alcohol and bleach, which can degrade the integrity of the masks.

Tsai - who retired from the University of Tennessee last year after more than 30 years of teaching - says that researchers racing to find safe methods to sterilize the masks have been flooding his inbox, asking questions about his patented technology.

Among those seeking his consult is a team of volunteer researchers at universities and organizations across the U.S. looking at potential solutions for N95 mask decontamination. Since mid-March, N95DECON, as the collective is called, has experimented with heat, a type of ultraviolet light and hydrogen peroxide vapor.

To Tsai's colleagues, like Maha Krishnamoorthi, he's a rock-star.

Krishnamoorthi, vice president of the University of Tennessee Research Foundation, says she told Tsai, "You seem to be the man of the hour."

"And he said, 'No - I'm man of the minute.' "

Tsai says the praise belongs to the health care professionals who endanger themselves fighting the coronavirus.

"The front-line hospital workers - they are heroes. I'm just trying to help them to wear the mask."

Source

Peter tsai helped invent N95 masks and thinks there's a way to clean and reuse them

Material scientist peter tsai, who invented the technology that makes material used in N95 masks, says there could be away to make them safe to reuse. he is researching whether blasting N95 masks at intense temperatures for short periods will kill the virus without degrading the mask.

In an interview with vice news he said that he hopes to publish the results of his research within days. he is one of several researchers at companies or institutions looking at heat as a potential low-tech solution for the shortage of masks impacting frontline workers and members of the public around the world due to the coronavirus pandemic.

"We are going to use heat, [158 degrees fahrenheit (70 degrees celsius)], for 30 minutes, to see if we can kill covid-19," he told vice news. "We should get the results in one or two days."

The shortage of masks has gotten so bad that nurses and doctors are using alcohol and clorox wipes to try to decontaminate their masks, vice news reports. This could cause more harm than good, putting those who work on the frontline in potentially more danger than they are already. [Like the video below]

Video
How to clean N95 mask and disinfect for REUSE during COVID-19 Pandemic

Tsai is using data collected from virologists in china, where the pandemic first broke out, who conducted similar experiments. According to him, a portion of those virologists similarly found that ’65 degrees celsius [149 degrees fahrenheit] for 30 minutes’ would kill covid-19.

The difficulty is finding a temperature that kills covid-19 without destroying the mask. that includes both burning the mask and rendering its functions ineffective. The masks are also electrostatically charged, which allows them to suck in and trap airborne particles that might contain viruses. according to tsai, this could be undone if the mask is exposed to extreme temperatures.

Whilst european certification requires a mask to be able to withstand 158 degrees fahrenheit (70 degree celsius) for up to 24 hours, to kill any virus it could require over 200 degrees, a temperature that has the potential to kill any virus. Vice news also spoke to scott mechler, a mechanical engineer at the massachusetts-based consolidated sterilizer systems, who cautioned that, even if this was successful, the masks would likely only be reusable three to five times if they’re sterilized in this way.

Source

]]> Fri, 24 Apr 2020 00:37:04 +0000 <![CDATA[Australia Post Coronavirus Delays & Other Impacts]]> https://worksafegear.com.au/blog/australia-post-coronavirus-delays-other-impacts/ Coronavirus impacts

Australia Post is currently experiencing delivery delays due to a high volume of parcels in their network.

From their website:

Delivery Delays

21 April 2020

There are delivery delays in our network due to:

  • reduction in air freight capacity and passenger flights (which also carry our parcels)
  • a significant increase in parcels that require manual sorting
  • health & safety measures at our facilities (such as social distancing through zoning, dedicated shift start times to reduce cross over of workers)

These delays can be up to a few days, particularly to regional and rural communities, and mean that:

  • Priority Mail services may be suspended
  • the delivery time for Perth and Brisbane may increase by up to five days
  • the delivery time for North Queensland may increase by up to seven days
  • the delivery times for Tasmania may increase by three days
  • Next Day Express Post Services into regional and rural communities may not be able to be maintained

What we're doing

  • moving more parcels through our road network (to accommodate domestic flight restrictions)
  • exploring all available transport alternatives and options, and working with the Australian Government, to minimise impacts for customers

In some cases, we're having to process and deliver from an alternate location and customers may notice when tracking their parcel, that it is coming from a different location to what they are used to.

Use our tracking tool to keep up to date with estimated delivery times.

Our people continue to work tirelessly under difficult circumstances, so we’re asking everyone to be kind and treat our dedicated people with the courtesy and respect they deserve – whether it be in a call centre, Post Office or dropping your delivery off.

Express Post guarantee temporarily suspended

17 April 2020

Effective 20 April 2020, we're temporarily suspending the Express Post guarantee of a refund and replacement envelope or satchel for articles that don’t meet the next business day delivery standard

Express Post is still available

Our Express Post service will continue to be our fastest postal delivery option for our customers – and we'll continue to prioritise these deliveries. They just may not be delivered next business day every time.

This change is due to delays to our delivery services caused by the ongoing impacts of the coronavirus pandemic, including:

  • a significant increase in parcels that require manual sorting
  • social distancing measures in place at our facilities, which mean we can’t process items as quickly as usual
  • a significant reduction in the availability of passenger flights – which, in addition to our dedicated overnight airfreight network, also carry our parcels

The temporary removal of the Express Post guarantee is not intended to impact any rights that customers may have under the Australian Consumer Law.

Source: https://auspost.com.au/about-us/news-media/important-updates/coronavirus/coronavirus-domestic-updates

]]> Fri, 24 Apr 2020 00:01:12 +0000 <![CDATA[When to Change Your Respirator Filters or Cartridges]]> https://worksafegear.com.au/blog/when-to-change-your-respirator-filters-or-cartridges/

Tips on when to replace cartridges & filters on your 3M™ reusable respirator

The general rule for filter replacement is to leave the contaminated area and dispose of the filter if it becomes damaged, soiled, or breathing becomes difficult. Even if none of these things happen, it's recommended to dispose of filters after 40 hours of use or 30 days, whichever comes first.

If you smell fumes or start tasting dirt through your mask, either your filter or cartridge has been degraded, it has a hole, or your mask is not fitting properly. Either way, leave the dangerous atmosphere to fix the mask or replace the cartridges and/or filters.

Did you know that OSHA now requires employers to provide a respirator cartridge change schedule?

Here are three ways to estimate a cartridge's service life:

1. Experimental Tests. Locate a local certified analytical laboratory and have them test the cartridges along with the maximum relative humidity of the work environment. The lab will be able to determine how long it takes for the specific chemicals on your site to break through the cartridge. This will allow your company to make a very precise schedule for replacing spent cartridges.

2. Manufacturer Recommendations. Nobody is going to know the products better than the manufacturer. By contacting the company who produces them you may be able to get data related about how their cartridges react to the chemicals on your site. However, the specific information they provide may not match all aspects of your job site and therefore would create a less accurate estimation of cartridge life than experimental testing.

3. Math Model. This is inexpensive and relatively quick. OSHA has an Advisor Genius that calculates the estimated contaminant breakthrough time for an activated carbon respirator cartridge taking into consideration physical and environmental factors as well as temperatures.

The down-side to this is that, again, it's not as accurate as experimental testing and may therefore result in answers that reflect shorter periods than actually needed because the Advisor Genius uses very conservative parameters for the equation.

]]> Fri, 17 Apr 2020 02:37:00 +0000 <![CDATA[US 3M response to Defense Production Act order]]> https://worksafegear.com.au/blog/us-3m-response-defense-production-act-order/ Friday, April 3, 2020 6:50 am CDT

3M issued the following statement in response to the announcements issued by the White House last evening:

Over the last several weeks and months, 3M and its employees have gone above and beyond to manufacture as many N95 respirators as possible for the U.S. market. Yesterday, the Administration formally invoked the Defense Production Act (DPA) to require 3M to prioritize orders from the Federal Emergency Management Agency (FEMA) for our N95 respirators.

We have been working closely with the Administration to do exactly that, and we appreciate the authorities in the DPA that provide a framework for us to expand even further the work we are doing in response to the global pandemic crisis. We look forward to working with FEMA to implement yesterday’s order.

In the course of our collaboration with the Administration this past weekend, the Administration requested that 3M increase the amount of respirators we currently import from our overseas operations into the U.S. We appreciate the assistance of the Administration to do exactly that. For example, earlier this week, we secured approval from China to export to the U.S. 10 million N95 respirators manufactured by 3M in China.

The Administration also requested that 3M cease exporting respirators that we currently manufacture in the United States to the Canadian and Latin American markets. There are, however, significant humanitarian implications of ceasing respirator supplies to healthcare workers in Canada and Latin America, where we are a critical supplier of respirators. In addition, ceasing all export of respirators produced in the United States would likely cause other countries to retaliate and do the same, as some have already done. If that were to occur, the net number of respirators being made available to the United States would actually decrease. That is the opposite of what we and the Administration, on behalf of the American people, both seek.

We also continue to act on reports of price gouging and unauthorized reselling related to 3M respirators. This activity is unethical and illegal. We are working with the U.S. Attorney General and attorneys general of every state, making it clear that 3M has not and will not raise prices for respirators and offering our assistance in the fight.

We look forward to working closely with the Administration to implement yesterday’s DPA order. We will continue to maximize the amount of respirators we can produce on behalf of U.S. healthcare workers, as we have every single day since this crisis began.

Source

Related

]]> Sat, 04 Apr 2020 02:04:28 +0000 <![CDATA[COVID-19: EU Product Availability Update]]> https://worksafegear.com.au/blog/covid-19-eu-product-availability-update/ Commission publishes guidance on export requirements for personal protective equipment

On 15 March, the Commission introduced export authorisation requirements for exports of personal protective equipment outside of the European Union. This is a measure of temporary nature and not an export ban and is in line with all of the EU’s international obligations.

Given the evolving nature of the COVID-19 situation, the Commission has continued to keep its comprehensive response under review. In this respect, the Commission has reviewed various aspects of the new export authorisation measure to ensure that it fully meets its objective and operates in as effective a manner as possible.

Reflecting the integrated nature of the production value chains and distribution networks for medical and personal protective equipment beyond the boundaries of the European Union, especially in the four Member States of the European Free Trade Association – Norway, Iceland, Liechtenstein and Switzerland – the Commission has now decided to exempt exports to those countries from the export authorisation requirements. A similar exemption is being granted to Andorra, the Faroe Islands, San Marino and the Vatican, as well as the associated countries and territories that have special relations with Denmark, France, the Netherlands and the United Kingdom (so-called Annex II countries). This change will be effective as of 21 March 2020.

This new regulation will likely impact brands like Petzl, IKAR and Skylotec's ability to supply certain Personal Protective Equipment sourced from their manufacturing operations in the European Union to customers in non-European Union countries.

Related: EU Commission

]]> Wed, 01 Apr 2020 02:10:37 +0000 <![CDATA[Comparison of FFP2, KN95, and N95 and Other Filtering Facepiece Respirator Classes by 3M]]> https://worksafegear.com.au/blog/comparison-of-ffp2-kn95-and-n95-and-other-filtering-facepiece-respirator-classes-by-3m/ 3M Technical Bulletin

Filtering facepiece respirators (FFR), which are sometimes called disposable respirators, are subject to various regulatory standards around the world. These standards specify certain required physical properties and performance characteristics in order for respirators to claim compliance with the particular standard. During pandemic or emergency situations, health authorities often reference these standards when making respirator recommendations, stating, for example, that certain populations should use an "N95, FFP2, or equivalent" respirator.

This document is only intended to help clarify some key similarities between such references, specifically to the following FFR performance standards:

  • N95 (United States NIOSH-42CFR84)
  • FFP2 (Europe EN 149-2001)
  • KN95 (China GB2626-2006)
  • P2 (Australia/New Zealand AS/NZA 1716:2012)
  • Korea 1st class (Korea KMOEL - 2017-64)
  • DS (Japan JMHLW-Notification 214, 2018)

As shown in the following summary table, respirators certified as meeting these standards can be expected to function very similarly to one another, based on the performance requirements stated in the standards and confirmed during conformity testing.

One notable comparison point is the flow rates specified by these standards for the inhalation and exhalation resistance tests. Inhalation resistance testing flow rates range from 40 to 160L/min. Exhalation resistance testing flow rates range from 30 to 95 L/min. Some countries require testing to be performed at multiple flow rates, others at only the high or low end of those ranges. Although this appears to suggest that the standards’ requirements for breathing resistance (also called “pressure drop”) differ from each other, it’s important to understand that pressure drop across any filter will naturally be higher at higher flow rates and lower at lower flow rates. Given typical pressure curves for respirator filters, the standards’ various pressure drop requirements are actually quite similar. This chart shows a representative filter pressure drop curve. If one filter is tested at a high flow rate, the pressure drop performance will be relatively high. If that same filter is tested at a low flow rate, the pressure drop performance will be relatively low.

Based on this comparison, it is reasonable to consider China KN95, AS/NZ P2, Korea 1st Class, and Japan DS FFRs as
“equivalent” to US NIOSH N95 and European FFP2 respirators, for filtering non-oil-based particles such as those resulting
from wildfires, PM 2.5 air pollution, volcanic eruptions, or bioaerosols (e.g. viruses). However, prior to selecting a respirator,
users should consult their local respiratory protection regulations and requirements or check with their local public health
authorities for selection guidance.

Definitions

Filter performance - the filter is evaluated to measure the reduction in concentrations of specific aerosols in air that passes
through the filter.

Test agent - the aerosol that is generated during the filter performance test.

Total inward leakage (TIL) - the amount of a specific aerosol that enters the tested respirator facepiece via both filter
penetration and faceseal leakage, while a wearer performs a series of exercises in a test chamber.

Inward leakage (IL) - the amount of a specific aerosol that enters the tested respirator facepiece, while a wearer performs a
normal breathing for 3 minutes in a test chamber. The test aerosol size (count median diameter) is about 0.5 micro meter.

Pressure drop - the resistance air is subjected to as it moves through a medium, such as a respirator filter.

IMPORTANT: Always read and follow respirator user instructions.

]]> Mon, 30 Mar 2020 02:16:59 +0000 <![CDATA[Learn about the history of Petzl]]> https://worksafegear.com.au/blog/learn-about-the-history-of-petzl/ “From the Deep: The Petzl Adventure”

Download for free the history of Petzl from the very beginning

For the past 50 years, Petzl has played its part in the history of adventures in the mountains. Descendants from caving’s golden age, we have explored every facet of the vertical world from rock, to ice, to snow, to the dark of the night… We have also transferred our expertise to more professional applications, such as search and rescue, tree care, and work-at-height.



From the Deep: the Petzl adventure, tells the story of a company and its environment, the story about the women and men committed to the vertical world, to exploring the unknown.
Have you ever wondered:

  • How the first battery-powered headlamps were developed?

  • Where the names of some of our products like the GRIGRI come from?

  • How Petzl transformed from a small workshop to an international company with more than 1000 people working worldwide?

Download this fascinating book for free to learn the answers to all of these questions and more. Read it to keep you busy and your mind occupied during this challenging period of time that we are all currently enduring.

Download the book

]]> Sat, 28 Mar 2020 00:58:55 +0000 <![CDATA[COVID-19: 3M Product Availability Update]]> https://worksafegear.com.au/blog/covid-19-3m-product-availability-update/ European Union Export Restrictions and 3M Product Availability Update re: 2019 Novel Coronavirus and COVID-19

Dear Valued Customer,

On March 15th, the European Union introduced export authorization requirements for exports of certain Personal Protective Equipment (PPE) outside of the European Union in response to the COVID-19 outbreak. The regulation is (EU) 2020/402 and is initially effective for a six-week period but could be extended. This regulation will be enacted by each country’s customs authority which will establish a process for receiving export licenses from EU to other countries.

This new regulation will likely impact 3M’s ability to supply certain Personal Protective Equipment sourced from our manufacturing operations in the European Union to customers in non-European Union countries.

[Please note that 3M Australia & 3M New Zealand have multiple sources of supply and therefore not all products from these categories will be impacted by the regulation].

This regulation affects the following PPE Categories from 3M:

  • Filtering Facepiece Respirators
  • Reusable Respirators
  • Powered and Supplied Air Respirators
  • Head and Face Protection
  • Hearing Protection
  • Protective Communications

This decision by the European Union will impact 3M’s ability to deliver these products until the regulation expires, an export authorization is granted, or the products are removed from the affected list. We are looking at other supply options where possible, but in many cases this will not be feasible. For certain applications, alternative products may be suitable. Our Application Engineering team via the 3M Tech Assist line at 1800 024 464 can assist you in your evaluation of such alternatives.

3M continues to be committed to supporting the public health and government response to the coronavirus outbreak. We are managing this situation with a global team across multiple continents and supply chains around the world. In response to the coronavirus, 3M has increased the production of Personal Protective Equipment at manufacturing facilities globally.

3M is in daily contact with our customers and we remain committed to open and honest communications during this dynamic situation. If you have questions, please contact your assigned 3M representative.

Regards,

Chris LeBlanc
Managing Director Australia & New Zealand
General Manager Safety and Industrial Business Group

Related: EU Commission

]]> Fri, 27 Mar 2020 07:41:22 +0000 <![CDATA[Eye Protection for Infection Control by 3M]]> https://worksafegear.com.au/blog/eye-protection-for-infection-control-by-3m/ Technical Data Bulletin

Eye Protection for Infection Control

US CDC/NIOSH Recommendations

The US National Institute for Occupational Safety and Health (NIOSH) is part of the US Centers for Disease Control and Prevention (CDC) and has provided the following information concerning the use of goggles, face shields, safety glasses, and full face respirators for infection control purposes in their publication Eye Protection for Infection Control.

CDC/NIOSH recommends eye protection for a variety of potential occupational exposure settings where workers may be at risk of acquiring infectious diseases via ocular (eye) exposure. Eye protection is intended to provide a barrier to infectious materials entering the eye and is often used in conjunction with other personal protective equipment (PPE) such as gloves, gowns, and respirators.

Goggles

Goggles are designed to fit snugly, but not necessarily seal around the wearer’s eyes. CDC/NIOSH has stated1 : “appropriately fitted, indirectly-vented goggles* with a manufacturer’s anti-fog coating provide the most reliable practical eye protection from splashes, sprays, and respiratory droplets. However, to be effective, goggles must fit snugly, particularly from the corners of the eye across the brow. While highly effective as eye protection, goggles do not provide splash or spray protection for other parts of the face.

* Directly-vented goggles may allow penetration by splashes or sprays; therefore, indirectly-vented or non-vented goggles are preferred for infection control.”

Face Shields

Face shields are designed to help protect portions of the wearer’s face to certain exposures. While goggles help protect a wearer’s eyes from splashes, sprays, and droplets, a face shield can help reduce exposure to both the eyes and other facial areas.** Face shields, whether disposable or reusable, should cover the front and sides of the face. This will help reduce the possibility of splash, sprays and droplets from going around the edges of the shield and reaching the eyes or other facial areas. Face shields alone may not provide sufficient eye protection from airborne droplets or aerosols, CDC/NIOSH recommends that they be used with goggles where airborne infection control precautions are required.

** Per CDC/NIOSH - Disposable face shields for medical personnel made of light weight films that are attached to a surgical mask that are relatively flat or fit loosely around the face should not be relied upon as optimal protection.

Safety Glasses

Safety glasses provide impact protection, but do not provide the same level of splash or droplet protection as goggles and generally should not be used for infection control purposes.

Full Face Respirators

In the event respiratory protection along with eye protection is needed, a full facepiece respirator or powered air purifying respirator (PAPR) may be selected in lieu of goggles and half face respirators. A full facepiece respirator or PAPR can be used as primary eye protection for splashes, sprays, and droplets that may be encountered in an infection control situation. A PAPR hood or headcover does not provide impact protection although there are certain rigid headtops that will.

Infection Control Information Sources

Please refer to the latest information from sources such as the World Health Organization (WHO), the US Centers for Disease Control and Prevention (US CDC), and the European Centres for Disease Prevention and Control (ECDC) regarding selection, use, maintenance and cleaning of personal protective equipment for infection control.

3M Protective Eyewear Options

Unvented and indirectly vented goggles, when properly selected and used, help provide eye protection from splashes, sprays, and droplets.

3M splash goggle series/models (some series/models may not be available in all areas of the globe):

  • Fahrenheit Splash
  • Goggle Gear (GG) 500
  • Lexa Goggle Gear Splash Goggle

Face shields should wrap around the face to the point of the ear. 3M face shield options include H8A ratchet headgear with a WP96 clear polycarbonate face shield. North America options include the H8A and WP96 above and a complete kit (part #82521-10000) that includes an H8A ratchet headgear along with a WP98 clear polycarbonate face shield that includes an HCP8 chin protector.

If a face shield is used, a primary means of eye protection, such as goggles is still required. Ensure that goggles do not hinder the face shield from coming all the way down, lowprofile options are available if needed.

Protective Eyewear Cleaning and Disinfection Options when used for Infection Control

The 2008 US CDC publication Guideline for Disinfection and Sterilization in Healthcare Facilities2 (updated May 2019) includes information on disinfecting equipment and surfaces potentially contaminated by corona viruses. The US CDC investigated many chemicals and cited several chemical germicides as being effective for corona viruses, when used as indicated in the product user instructions. Bleach (sodium hypochlorite) was one of these products.

Effective after a 1-minute contact time: - Sodium hypochlorite (at a free chlorine concentration of 5,000 ppm - typically 1:10 ratio of bleach to water)

Your facility should review this information thoroughly prior to selecting this disinfecting product for your equipment and specific application. Follow the hygiene and infection control practices established by your employer for the targeted organisms, including or for coronavirus. Please note that 3M has not evaluated the effectiveness of this agent with regards to inactivating viruses on 3M equipment.

Standard Eyewear Cleaning and Disinfection Steps

  1. Cleaning is recommended after each use. Nitrile or vinyl gloves should be worn during cleaning as well as other personal protective equipment (PPE) as indicated.
  2. Clean eyewear by immersing it in a warm cleaning solution, water temperature not to exceed 120 °F (49 °C) and scrub with soft cloth until clean. Add neutral detergent if necessary. Do not use cleaners containing lanolin or other oils.
  3. Disinfect by soaking the eyewear according to the user instructions for the selected disinfectant, including usability, appli-cation and contact time.
  4. If indicated in the disinfectant user instructions, rinse thoroughly with fresh warm water.
  5. Air dry in a non-contaminated area.

Important Note

Eyewear coatings and components may become damaged over time with prolonged or extended use of disinfecting products. Users must inspect the eyewear following each disinfecting cycle and prior to re-use. If you discover any signs of damage, remove the eyewear from service and appropriately discard.

Before using any of the products or information detailed herein, you must evaluate it and determine if it is suitable for your intended use. You assume all risks and liability associated with such use. 3M makes no warranties relating to the efficacy of any of the products detailed herein in preventing the spread and/or contraction of corona virus. 3M will not be liable for any loss or damage arising from any information contained herein, whether direct, indirect, special, incidental or consequential, regardless of the legal or equitable theory asserted, including warranty, contract, negligence or strict liability.

Technical information provided by 3M is based on experience and/or test data believed to be reliable, but the results may not be relevant to every user’s application. For this reason, 3M does not accept any responsibility or liability, direct or consequential, arising from reliance upon any information provided. The user should determine the suitability of any disinfectant product for compatibility for use with 3M products.

]]> Tue, 17 Mar 2020 00:33:08 +0000 <![CDATA[3M Eyewear]]> https://worksafegear.com.au/blog/3m-eyewear/ Eye Protection

The portfolio of 3M™ Eye Protection products promises quality eyewear that provides an optimal balance of comfort, protection and design. 3M™’s Engineers have worked hard to ensure that the level of comfort and style matches the standard of protection offered. The 3M™ portfolio offers the highest level of optical class. A broad range of eyewear products include durable anti-scratch and convenient anti-fog coatings.

3M Eyewear

About the range

Eye Protection products are used in many industries to protect against fl ying particles, liquids, chemicals, molten metals, radiated head and glare. The 3M™ range of safety spectacles and goggles off er the user protection from eye hazards including medium impact flying fragments. Our 3M™ safety spectacles and goggles can be used in conjunction with other Personal Protective Equipment products to give you added protection in diff erent situations. The 3M™ eye protection portfolio off ers an unrivalled range of products for companies looking for comfortable and high-quality solutions to meet a variety of industrial applications.

Style

Style is a critical factor when it comes to raising the acceptance of the user to wear personal protective equipment (PPE). 3M™’s range of eyewear gives you a variety of modern and stylish products from which to choose.

Protection

The 3M™ range of eyewear off ers high quality optics. Most of the 3M™ glasses and goggles off er reliable UV protection and
all are tested and comply with AS/NZS1337.1

Comfort

Many of our products come with adjustable features and soft materials in points of contact in order to improve fi t and comfort to accommodate diff erent face sizes and shapes.

Compatibility

Eye protection often needs to be worn in conjunction with other protective equipment and it is essential that comfort and fit with other PPE is maintained. Most of the eyewear and goggle ranges can be used in combination with respiratory and hearing protection by 3M™. Compatibility with other PPE will be subject to a number of variable factors which requires the employer and end user to determine an appropriate selection depending on individual needs.

Human eye

The Cornea in direct contact with an external environment, plays an essential part in the transmission of light rays. There are more nerve endings in the cornea than anywhere else in the body.

The Pupil (light controller), situated in the middle of the iris, works like the diaphragm of a camera. Its diameter changes in
accordance with the light levels.

The Lens allows focusing (near vision, far vision) thanks to a control muscle. With age this muscle loses power and impacts
near vision (presbyopia). The lens can lose its transparency due to exposure to IR (infrared light) and UV (ultraviolet light),
resulting in loss of vision (cataract).

The Retina is where all light beams converge; it transmits all information through the optic nerve to the brain in order to create your vision. Burned retina cells are lost forever which causes irreversible loss of vision.

Industrial hazards for the eyes:

  • Mechanical hazards: dust, shock, solid particles.
  • Thermal hazards: hot liquid, molten splash, flames.
  • Chemical or Biological hazards: splashes of acids, solvents, alkalis, infected blood.
  • Radiation hazards: ultraviolet, infrared, visible light, laser.
  • Electrical hazards: direct contact, short-circuit electric arc.

Protection all the way

Eyewear injuries happen when you least expect them. Be prepared.

We believe that health and safety are the priorities in any working environment, and that greater comfort and modern styles improve worker compliance with regulatory requirements for protective eyewear.

Therefore, we take care in adding comfort features where they are needed most, such as heavy contact areas like nose
bridges and temple tips. The materials we choose to provide better comfort are designed to be durable to last and soft to
the touch. We are also continually working on new coatings, new materials and new designs to bring the latest technology,
innovation and fashion into our protective eyewear line.

What contributes to eye injuries at work?

  • Not wearing eye protection. Nearly three out of every five workers injured are not wearing eye protection at the time of the accident.
  • Wearing the wrong kind of eye protection for the job. 40% of the injured workers were wearing some form of eye protection when the accident occurred. However, these workers were most likely to be wearing protective eyeglasses with no side shields.

What causes eye injuries?

  • Flying particles. Almost 70% of accidents resulted from flying or falling objects or sparks striking the eye. Injured
    workers estimated that nearly three-fi fths of the objects were smaller than a pinhead. Contact with chemicals caused
    one-fifth of the injuries.

Where do accidents occur most often?

  • Craftwork. Potential eye hazards can be found in nearly every industry, more than 40% of injuries occurred among craft workers, like mechanics, repairers, carpenters and plumbers.
  • Industrial equipment operation. Over a third of the injured workers were operators, such as assemblers, sanders, and grinding machine operators. Almost half of these injured workers were employed in manufacturing.

How can eye injuries be prevented?

  • Always wear eff ective eye protection. AS/NZ standards require that employers provide workers with suitable eye protection. To be eff ective, the eyewear must be of the appropriate type for the hazard encountered and properly fitted.
  • Better training and education. Workers injured while not wearing protective eyewear most often said they believed it was not required by the situation. Even though the vast majority of employers furnished eye protection at no cost to employees, about 40% of the workers received no information on where and what kind of eyewear should be used.
  • Maintenance. Eye protection devices must be properly maintained. Scratched and dirty devices reduce vision, cause glare and may contribute to accidents. Scratched or damaged eyewear should be replaced immediately.

How to pick the right tinted safety glasses for your job

Safety glasses come in numerous shapes and styles, but do you know how to choose the right tinted safety glasses for your job?

Safety glasses are available in many diff erent tints that serve any different purposes, depending on the job at hand and your environment. Tinted safety glasses can help reduce glare, reflect bright light, absorb harmful light, including UV and infrared (IR), and even increase contrast in your field of vision. We’re discussing the reasons why selecting the right lens for your specific application is so important and sharing what you need to know about our top four most popular lens tints.

Why does choosing the right lens matter?

Safety

The top reason why lens tint matters comes down to safety. When you’re wearing the right colour of tinted lenses, not only will this help protect your eyes from the hazards of the job at hand, your eyes can feel less fatigued from strain that can result from different working conditions. This can result in fewer instances of workers removing eyewear from their face due to discomfort, thereby keeping them safer. It’s also important to look for eyewear that meets AS/NZS 1337.1:2010, which means it has passed impact testing and other safety requirements that can help protect your eyes.

Health

The right eyewear can help reduce light sensitivities, eye strain and headaches for wearers. Polycarbonate lenses contain UVA and UVB coatings, which help protect eyes from light conditions that can damage them and increase a wearer’s risk of developing eye disease, including cataracts. Different people have diff erent needs, and choosing the right lens tints can be benefi cial to a worker’s health.

Productivity

Certain lens tints provide contrast and can help workers see fine details better and more easily. This can help workers complete certain tasks more accurately and more quickly.

Comfort

This is one of the most important considerations when choosing a lens tint - and personal protective equipment (PPE) in general! When PPE is comfortable, workers are more likely to wear it and keep it on. This is why 3M produces so many different styles of safety eyewear and encourages sampling different pairs of safety glasses to see what will work for a worker’s individual face size and shape. To help objectively measure comfort and fi t, we specially developed the 3M™ Eyewear Fit Testing System to help measure gaps and fit around the eyes to promote optimal protection and comfort.

3M™ Protective Eyewear Lens Tints

Clear

It likely isn’t a surprise that clear safety glasses are the most popular choice of safety glasses. Luminance transmittance is
the highest with clear safety glasses, at 93%. This means that a clear lens allows for the maximum amount of light to pass
through the lens, which is benefi cial for tasks requiring well-lit environments. Safety eyewear lenses made with polycarbonate
will naturally absorb approximately 99% of UVA and UVB light, which provides additional protection to the user. All 3M polycarbonate lenses have been tested to the newest AS/NZS 1337.1:2010 to ensure compliance and safety. Safety glasses with clear lenses are best for everyday use and are appropriate for a wide variety of applications and uses.

Polycarbonate lens selection guide

This Polycarbonate Lens Selection Guide will help you understand the need for diff erent colour lenses and lens types for industrial applications. It will also help you determine what type of lens is best for your application and environment. There are many lens options other than Clear, Grey and Mirror. When choosing a lens, the basic “rule of thumb” is to consider colour opposites.

Lens markings

Markings on eye protectors are a requirement for certification. It assists users in identifying their intended use.

They are identified by the following:

Australian/New Zealand Standards AS/NZS 1336:2014 is an excellent reference document and provides assistance.
Medium impact safety spectacles provide protection from medium energy flying particles. For more information on tinted lenses and compliance testing to AS/NZS 1067 (sunglass standard) contact 3M.

3M™ Scotchgard™ Anti-fog Coating Technology. Helps workers see clearly, longer.

  • Scotchgard™ Anti-fog Coating lasts longer than traditional anti-fog coatings,* helping to increase eyewear performance in wet and steamy environments
  • Workers may enjoy reliable, clearer sight longer, because the coating with its active ingredient, is bonded to the lens
  • The coating retains its eff ectiveness for at least 25 washings, allowing workers to wear their eyewear longer*
  • Workers can feel confi dent wearing Scotchgard™ anti-fog coated eyewear because it meets the requirements of AS/NZS 1337.1:2010

* Based on 3M internal testing per EN168 test method when compared with traditional anti-fog coatings.

Uncoated

When microscopic water droplets land on the lenses, they bead up and form condensation and fog, obscuring your vision.

Scotchgard™ coated 

Scotchgard™ Anti-fog Coating produces a reduced-contact angle, flattening the water beads into a thin, transparent fi lm of water that allows light to pass through.

3M™ Pressure Diff usion Temple (PDT) Technology helps provide a secure, snug fit, while not compromising comfort.

]]> Fri, 13 Mar 2020 00:37:00 +0000 <![CDATA[3M Coveralls Protective Apparel]]> https://worksafegear.com.au/blog/3m-protective-apparel/ Differential Permeation. Applied to returning you home safely.

Science has the power to change the world, solve the toughest problems and shape the future. But science is just science, until you apply it to something. Make it do something, change something. No one knows this better than 3M. The average person uses 3M science many times a day and doesn’t even know it. But it is everywhere, supporting 46 separate technology platforms and continuously driving our innovations. No other company uses science like we do. That’s 3M Science. Applied to life.™

At 3M we have a select and high quality range of Coveralls, which provide protection against many hazards. The 3M range of Protective Apparel offers a variety of features, from the use of fabrics with specialist treatments for enhanced wear and added protection, to breathable back panels for increased comfort. Our experts can work closely with you, to help you identify hazards and best protect your workers against them.

Standards

There are many tests and standards that apply to protective coveralls and selection can be a daunting task. The following section outlines the different options available to help you select the right product for your employees.

Protection Types

Depending on the materials and construction protective coveralls can be designed for either hazardous applications or nonhazardous applications. Products for hazardous applications can be tested and certified to any of six different “Type” standards providing guidance on suitability of use:

Additional Standards

Some 3M™ Protective Coveralls and their materials are approved to additional standards for specialist applications.

Materials

The following is a guide that off ers a brief description and comparison of the materials used in 3M’s protective coverall range. Base materials can be treated, for instance, with an anti-static treatment, to enhance the total protection offered.

Non-woven Polypropylene Offers comfortable light-duty protection against nonhazardous liquids and dust.

Spunbond-Meltblown Polypropylene (SMS) ‘SMS’ can be layered diff erently to adjust the protective and physical properties of the material. Standard SMS-material is very breathable and off ers a good barrier against dusts and limited liquid splashes. If treated, as 3M’s Protective Coverall 4532+, an enhanced level of splash protection can be achieved.

Microporous Laminates ‘Microporous laminates’ off er a higher level of liquid splash protection, while the micropores allow for some breathability.

Non-microporous Laminates ‘Non-microporous laminates’ can off er an even higher level of liquid protection. Adding multiple layers of the laminate can also increase robustness and chemical hold.

Design Features

3M™ Protective Coveralls can off er a variety of features depending on your needs. The illustration below highlights some of the features available:

Product selector diagram

3M™ Protective Coveralls Protection Types

Product selector table

3M™ Protective Coverall 4510

The 3M™ Protective Coverall 4510 is an economic solution which off ers quality and protection from limited chemical splashes such as those from paint spraying and is certifi ed as CE Type 5/6 protection standard. The material is microporous, allowing air and moisture to escape from within the suit, while helping to protect from the hazard on the outside.

Typical Applications

Popular Choice

  • Light industrial cleaning
  • Machine maintenance
  • Paint spraying & powder coating
  • Coating & resin applications
  • Crime scene investigation

Suitable for Consideration

  • Asbestos inspection and removal
  • Site preparation, insulation.
  • Cement manufacturing
  • Grinding & polishing
  • Pharmaceutical processing & handling toxic powders
  • Cleanrooms

4510

3M™ Protective Coverall 4515

Low cost hazardous dust protection

The 3M™ Protective Coverall 4515 is an economic solution to protect from hazardous dusts such as asbestos fi bres exposed to during site inspection. While protecting on the outside, the breathable material allows air to escape from the inside to reduce heat build-up and discomfort. Available in white, blue, red and orange, the range is certifi ed as CE Type 5/6 for both hazardous dusts and liquid splashes.

Typical Applications

Popular Choice

  • Asbestos inspection
  • Site preparation, insulation
  • Construction

Suitable for Consideration

  • Cement manufacturing
  • Grinding & polishing
  • Light industrial cleaning
  • Machine maintenance

4515

3M™ Protective Coverall 4520

Made using the latest lightweight, breathable material technology 3M presents the 3M™ Protective Coverall 4520, a Type 5/6 protective garment.

Typical Applications

Popular Choice

  • Asbestos inspection
  • Site preparation, insulation
  • Pharmaceutical processing and handling toxic powders

Suitable for Consideration

  • Asbestos removal
  • Cement manufacturing
  • Grinding & polishing
  • Light industrial cleaning
  • Machine maintenance
  • Construction work
  • Light paint spraying/powder coating

3M™ Protective Coverall 4532+

The 3M™ Protective Coverall 4532+ range is made from a highly breathable and lightweight 5 layered SSMMS material, providing the wearer with CE Type 5/6 protection with specialist treatments providing anti-static protection and an enhanced liquid repellency.

Typical Applications

Popular Choice

  • Metal grinding and polishing
  • Oil/greasy environments
  • Painting and coating
  • Cement manufacturing

Suitable for Consideration

  • Light industrial cleaning
  • Machine maintenance
  • Pharmaceutical processing
  • Handling toxic powders
  • Resin applications

4532+

3M™ Protective Coverall 4535

If you’re looking for a balance of protection, durability and additional comfort, look no further than the 3M™ Protective Coverall 4535. Certified as CE Type 5/6 protection, it utilises a dual material design with added comfort features to optimise wearer acceptance.

Typical Applications

Popular Choice

  • Coating & resin applications
  • Light industrial cleaning
  • Machine maintenance
  • Paint spraying & powder coating
  • Forensics

Suitable for Consideration

  • Asbestos inspection and removal
  • Site preparation, insulation
  • Cement manufacturing
  • Grinding & polishing
  • Pharmaceutical processing and handling toxic powders

3M™ Protective Coverall 4540+

With premium dual material technology and offering CE Type 5/6 protection, the 3M™ Protective Coverall 4540+ is ideal for applications where both high levels of protective performance and comfort are desired.

Typical Applications

Popular Choice

  • Paint spraying & powder coating
  • Coating & resin applications
  • Light industrial cleaning
  • Machine maintenance

Suitable for Consideration

  • Asbestos inspection and removal
  • Site preparation, insulation
  • Cement manufacturing
  • Grinding & polishing
  • Pharmaceutical processing and handling toxic powders

4540+

3M™ Protective Coverall 4565

Offering CE Type 4/5/6 protection, the 3M™ Protective Coverall 4565 has an impressive level of liquid barrier protection whilst maintaining its unique soft feel and wellfi tting drape. With tape applied over the seams a greater level of total protection and seam durability is off ered versus Type 5/6 products.

Typical Applications

Popular Choice

  • Asbestos removal
  • Pharmaceutical processing
  • Handling toxic powders
  • Cleanrooms
  • Pesticide Spraying

Suitable for Consideration

  • Asbestos inspection
  • Site preparation, insulation
  • Cement manufacturing
  • Grinding & polishing
  • Industrial cleaning and maintenance
  • Painting & coating, resins

3M™ Protective Coverall 4570

The 3M™ Protective Coverall 4570 is a high performance chemical protective suit, certifi ed to Type 3/4/5/6 levels of protection, making it suitable to protect against a range of chemical jets and sprays. With additional design features including an enlarged zip and fi nger loops, a double-closing storm fl ap system and chin fl ap, convenience of use can be off ered without compromising the high level of protection given.

Typical Applications

Popular Choice

  • Chemical mixing and handling
  • Chemical/oil spills and clean up
  • Metal Refi ning • Metal Etching
  • Hazardous waste remediation
  • Decontamination/Site Decommissioning
  • Tank cleaning
  • Infective agents/Biological Hazards
  • Handling Toxic Powders

Suitable for Consideration

  • Light industrial cleaning
  • Machine maintenance
  • Pharmaceutical processing
  • Handling toxic powders
  • Resin applications

4570

3M™ Reusable Coverall 50425

The 3M™ Reusable Coverall 50425 provides user and garment protection in a wide variety of environments and situations. Extremely comfortable, it is made from a lightweight, breathable polyester. The coverall has wide leg openings with adjustable hook and loop straps around the ankle, making it easy to put on and remove, even when wearing boots.

Typical Applications

  • Paint spraying (water based paint, non-hazardous)
  • Dusting, sanding and polishing
  • General body and mechanical work and preparation
  • Cleaning and area maintenance

]]> Wed, 11 Mar 2020 03:22:43 +0000 <![CDATA[Coronavirus fears for up to 40 people after Gold Coast beautician contracts disease]]> https://worksafegear.com.au/blog/coronavirus-fears-for-customers-gold-coast-beautician/ Gold Coast coronavirus case is a beautician recently returned from Iran

A 63-year-old woman has been put into isolation on the Gold Coast after testing positive to coronavirus.

On Saturday it was revealed the number of confirmed coronavirus cases in Australia has increased by two to 25, including the Queensland woman.

The beautician saw up to 40 people at a Southport salon on Thursday before she started to develop symptoms and went home.

"She saw a number of clients each for brief interactions, so we believe the risk is incredibly low," she said.

Health authorities are trying to track down all the people the woman treated.

A 79-year-old west Australian woman has also tested positive after being evacuated from the Diamond Princess cruise ship in Japan.

This comes as the World Heath Organisation raised the risk of the spread of the disease to "very high".

]]> Fri, 28 Feb 2020 16:00:00 +0000 <![CDATA[Coronavirus pandemic inevitable says Scott Morrison]]> https://worksafegear.com.au/blog/coronavirus-pandemic-inevitable-says-scott-morrison/ Prime Minister Scott Morrison has moved Australia into pandemic mode, as the coronavirus spreads to 42 countries across the world.

“We’re effectively operating now on the basis that there is one, a pandemic,” Morrison said, declaring the government was now activating its emergency plan.

Watch the video here

“In the last 24 hours ... the data regarding the rate of transmission of the virus outside of China is fundamentally changing the way we need to now look at how this issue is being managed here in Australia,” he said.

“We believe the risk of a global pandemic is very much upon us and as a result, as a government, we need to take the steps necessary to prepare for such a pandemic.”

Morrison said the decision to move ahead before the World Health Organisation declared an official pandemic was made in consultation with Australia’s chief medical officer, Brendan Murphy.

Travel ban extended

The mainland China travel ban has been extended to March 7, meaning foreign nationals who have been in China must spend at least 14 days in a third country before gaining entry to Australia.

Australian citizens and permanent residents returning from China are permitted entry, but must self-isolate for two weeks.

How to prepare for coronavirus

Morrison said implementation of the emergency plan did not mean people would be stopped from going about their normal business.

“There is no need for us to be moving to having mass gatherings of people stop,” he said.

“You can still go to the football and the cricket and play with your friends down the street.

To stay ahead of it we need to now elevate our response.

“You can go to the concert and you can go out for a Chinese meal.

“You can do all of these things because Australia has acted quickly.

“Australia has gone ahead of (WHO) at this point in time.

“But to stay ahead of it we need to now elevate our response to the next phase.”

What happens next

Morrison said Health Minister Greg Hunt would meet state and territory health ministers on Friday to discuss the next steps.

Australia Border Force was also being consulted on how best to increase monitoring and security at all the country’s ports of entry.

Education ministers will also be asked to look at what steps can be taken to further protect students, Morrison said.

NSW response

As Morrison was addressing the media in Canberra with the coronavirus update, NSW’s Health Minister, Brad Hazzard, issued a separate statement.

He urged all individuals and businesses to take immediate steps to prepare for a pandemic, warning the virus could take hold in the state just as winter flu season hits.

“Businesses (must) look at strategies for keeping workers safe with simple measures such as alcohol hand rub in the workplace, stress the importance of staying home when sick, and use technologies that allow people to work from home where necessary,” he said.

NSW’s Chief Health Officer Kerry Chant urged people to visit their GP for minor injuries and illnesses, to ensure hospital emergency departments did not become clogged with non-urgent cases.

“While the few COVID-19 cases in NSW to date have been mild, the global spread of the virus, coupled with flu season fast approaching, means the situation for our hospitals could change quickly,” Dr Chant said.

“So we’re asking everyone to plan now.”

Your questions answered

What is the coronavirus?

Coronaviruses are a group of viruses that can cause a range of symptoms including a runny nose, cough, sore throat and fever. Some are mild, such as the common cold, while others are more likely to lead to pneumonia.

The latest strain was discovered in the Chinese province of Wuhan.

How do you get coronavirus?

China says the virus is mutating and can be transmitted through human contact.

It’s primarily spread through a sick person coughing or sneezing on someone but a person could also become infected through contact with the virus particles on a surface, NSW Health warns.

What are coronavirus symptoms?

Symptoms include fever, cough and difficulty breathing. Most of those affected are older people and those with underlying health conditions.

How do you treat coronavirus?

As it stands, there is no vaccine for the virus and because it is new, humans have not been able to build immunity to it.

A group of Melbourne researchers have been tasked with finding a vaccine, while China is testing the HIV drug Aluvia as a treatment.

How do I protect myself from coronavirus?

WHO’s standard recommendations:

  • Frequently clean hands by using alcohol-based hand rub or soap and water
  • When coughing and sneezing cover mouth and nose with flexed elbow or tissue – throw the tissue away immediately and wash hands
  • Avoid close contact with anyone who has a fever and cough;
  • Seek early medical help if you have a fever, cough and difficulty breathing.

Source

]]> Thu, 27 Feb 2020 07:04:30 +0000 <![CDATA[Properly Cleaning and Storing Respirators]]> https://worksafegear.com.au/blog/properly-cleaning-and-storing-respirators/
Video
Replacement and Cleaning 3M Respirator Training Video

Using proper cleaning and storage practices ensures that respirators remain effective and uncontaminated.

Common mistakes that limit the effectiveness of respirators.

  1. Upon returning from the field on a hot and humid day, a worker haphazardly removes the personal protective clothing. The worker pulls off the respirator and hangs it on a nail in the barn, next to a pesticide container.
  2. Rather than taking the time to put the respirator away, a worker tosses it on the dashboard of the truck. The truck is parked in a very sunny spot.
  3. A respirator is in an enclosed cab. The cartridge is inside the sleeve of a plastic glove. The respirator has been there for two months.

Respirators should be stored away from dust, sunlight, heat, extreme cold, excessive moisture and damaging chemicals. Respirators, a piece of personal protective equipment (PPE), must be stored away from personal clothing and pesticide-contaminated areas.

Clean a dual cartridge using the following procedures:

  • Following the manufacturer's instructions, wash reusable respirator face pieces. The face pieces should be cleaned with disinfecting soap, thoroughly rinsed and dried.
  • Dispose of cartridges and prefilters when you smell or taste contaminants, or if your eyes, nose, or throat become irritated (they cannot be cleaned). They must also be replaced if they show any sign of damage.
  • Disassemble the respirator, following the manufacturer's instructions.
  • Inspect the parts and replace damaged or worn parts.
  • Wash hands before and after cleaning.
  • Clean the inhalation and exhalation valves in a mild soap. Don't damage or distort the valves during cleaning.
  • Air dry the parts that have been cleaned. They must be completely dry before they can be reassembled.
  • After reassembling, check seals and gaskets for tightness and leaks.

Respirators should be cleaned after each use, except disposable respirators. Non-alcohol wipe pads can be used to supplement cleaning during intermittent use.

Storing Respirators:

Clean respirators should be stored in nonporous, sturdy, airtight containers (like a "Ziploc" plastic bag). To avoid collecting dust, the respirator should be put away as soon as it is dry. Respirator face pieces and valves should be stored in a manner that does not distort the shape. Keep the respirator in a cool, dry cabinet specifically designated for storage.

Review the Following Points

  • Clean respirators after each use.
  • Cartridges and prefilters should be disposed after they are "used up" and cannot be cleaned.
  • After cleaning, store respirators in a cool, dry place.
]]> Wed, 26 Feb 2020 23:43:32 +0000 <![CDATA[Properly Storing Your Respirator Cartridges]]> https://worksafegear.com.au/blog/properly-storing-your-respirator-cartridges/ People often ask how long a respirator cartridge lasts. The answer is significantly less if they are not properly cared for. I'll admit in the past I have not been kind to my respirator cartridges. I haven't treated them well. I've finished my work and shoved them in the shed with the other painting supplies, or worse left them on the work bench in an the area I just finished painting. As a result, they haven't lasted very long. It's a waste of money, it adds plastic trash to the landfill, and it's just plain irresponsible. I'm sorry.

How to Keep Your Respirator Filters Fresh

Now that I'm a bit more knowledgeable about how they work, I find my respirator cartridges are lasting significantly longer. There is no on/off switch on these babies. They are filled with activated charcoal that traps organic vapors produced by things like paint and solvents even if you are not actively pulling air through your respirator. Left exposed to vapors - even in fairly small concentrations - the filtering properties you have paid for will be spent on the ambient air.

The solution is simple - stick them in a bag. By limiting or blocking the cartridges' exposure to solvent vapors while the respirator is not in use, they will retain their ability to absorb vapors when you need them. Placing the entire respirator or pulling the cartridges and putting them into a ziplock or sealable plastic bag removes them from the contaminated air. If the filters are not exposed to an atmosphere laden with organic vapors, they will retain their efficiency and be ready for the next project.

You will know it's time to replace your respirator cartridge when you can smell whatever vapor you are trying to block while wearing your properly-fit mask. The activated charcoal can absorb only a finite amount. Once the charcoal is full, vapors can pass them by and enter your lungs. In the meantime, seal them up and you'll get longer life from them.

How to Get More Life From Your Organic Vapor Cartridges

Source & Credit

]]> Wed, 26 Feb 2020 23:36:27 +0000 <![CDATA[Which facial hairstyle allows the masks to be more effective]]> https://worksafegear.com.au/blog/which-facial-hairstyle-allows-the-masks-to-be-more-effective/ Men's beards could render face masks useless, health authorities warn - one surprisingly comprehensive graphic reveals why 'walrus' is fine but 'mutton chops' won't do
  • Sales of medical face masks are spiking around the world amid an outbreak of a new type of coronavirus, although experts say they’re not the most effective form of protection.
  • A graphic from the CDC helps explains which facial hairstyle allows the masks to be more effective – and it’s very thorough.

The demand for face masks is skyrocketing amid the global coronavirus outbreak.

But according to health experts, most members of the public use their medical masks wrong. Often, people will touch their facemask to adjust it or take it off, rendering its germ-blocking potential ineffective.

“The fact is, to really wear these properly takes a bit of training,” Dr. Robert Amler, former chief medical officer at the CDC’s Agency for Toxic Substances and Disease Registry, previously told Business Insider. “Most people who wear them do not wear them properly.”

According to the Centres for Disease Control and Prevention (CDC), there’s another reason that these masks might not work: different kinds of facial hair that can prevent the necessary impenetrable seal from being formed.

In 2017, the CDC shared a somewhat inadvertently entertaining graphic that explains style-by-style the types of facial hair work under a mask, and the ones that don’t. It is relevant today as the public looks to take preventative measures against the spread of the coronavirus.

The best precautions are the standard, everyday ways to avoid all germs: wash your hands frequently, try not to touch your face, and avoid close contact with sick people. The CDC has, however, told US healthcare providers to wear surgical masks. That lowers the risk that a potentially infected person could spread the coronavirus to others via saliva or phlegm.

If you are choosing to wear a mask and have facial hair, clean-shaven is preferable, of course.

“In order for these to work and protect you against all the material that can be flying around you, – down to about five microns in size, which is why they call them N-95s – in order to get that level of protection, you, first of all, have to be an adult without a beard,” Amler added. “I shaved during the anthrax response.”

What facial hairstyles will work

Soul patches, side whiskers, pencils, toothbrushes, painter’s brushes, zorros, zappas, walruses, chevrons, and handlebars will also all work, because the hair can remain under the facemask.

Goatees, anchors, balbos, horseshoes, and villains are all maybes. Those with these facial hairstyles will need to be “careful not to cross the seal,” according to the graphic.

What won’t do? Stubble, french forks, ducktails, verdis, chin curtains, extended goatees, mutton chops, hulihees, fu manchus, englishes, dalis, imperials, van dykes, garibaldis, bandholzes, and circle beards.

There is a disclaimer on the bottom of the explainer: “This graphic may not include all types of facial hairstyles. For any style, hair should not cross under the respirator sealing surface.”

For the most effective use of a medical face mask, you have to undergo something called a “fit test” to test the seal between your face and the facemask.

“While you’re wearing this mask, somebody sprays something really nasty around you – it’s a chemical that makes everybody cough their brains out if it gets in their mouth, and it’s a test to see if that mask is really working,” Amler said. “Believe me. I learned to shave when wearing one.”

The novel coronavirus outbreak

An outbreak of a new form of coronavirus that originated in Wuhan, China, has infected more than 80,000 around the world. It has killed at least 2,700 people, with at least 40 of those who have died outside mainland China.

The novel coronavirus, which is now known as COVID-19, has spread to at least 37 other countries.

Source

]]> Wed, 26 Feb 2020 06:10:53 +0000 <![CDATA[Choosing a 3M Cartridge and/or Filter]]> https://worksafegear.com.au/blog/choosing-a-3m-cartridge-and-or-filter/ Understanding the different types of particulate filters and gas and vapour cartridges will help you select the right one.

As per AS/NZS 1715 there are 3 different classes of particulate filters, P1, P2 and P3.

The negative pressure particulate categories are based facepiece coverage. All particulate filtering facepieces that cover the nose and mouth area only can achieve only a P1 or P2 classification. A P3 classification can ONLY be achieved when worn with a full facepiece.

  • Class P1 particulate filters are used against mechanically generated particulates e.g. silica and wood dust.
  • Class P2 particulate filters are used for protection against mechanically and thermally generated particulates or both e.g. metal fumes.
  • Class P3 particulate filters are used for protection against highly toxic or highly irritant particulates e.g. beryllium (when worn with a full facepiece).
  • NOTE: certain contaminants may have specific respiratory selection criteria outside this guide e.g. asbestos.
  • Gas and vapour cartridges categories are distinguished by their filter type and class. Refer to AS/NZS 1715 for the complete list of filter types and what they are used for. Some commonly used filter types are:
  • Filter type A = Certain organic vapours (boiling point above 65⁰C) from solvents such as those in paints and thinners (cartridge label colour = brown)
  • Filter type B = Acid gases such as chlorine, hydrogen sulfide (sulphide) and sulfur dioxide (cartridge label colour = grey)
  • Filter type E = Vapours from sulfur dioxide (cartridge colour = yellow)
  • Filter type ABE = are suitable for both certain organic vapours/acid gases and sulfur dioxide e.g. solvents, chlorine and sulfur dioxide (cartridge label colour = brown, grey and yellow)
  • Filter type K = ammonia gas (cartridge label colour = green)
  • Filter type ABEK = are suitable for both certain organic vapours/acid gases, sulfur dioxide and ammonia (cartridge label colour = brown, grey, yellow and green)

Highlight Products

Tips on when to replace cartridges & filters on your 3M™ reusable respirator

Tips on when to replace cartridges & filters on your 3M™ reusable respirator

]]> Tue, 25 Feb 2020 04:14:00 +0000 <![CDATA[Respirator Fact Sheet]]> https://worksafegear.com.au/blog/respirator-fact-sheet/

What You Should Know in Deciding Whether to Buy Escape Hoods, Gas Masks, or Other Respirators for Preparedness at Home and Work

Some employers and consumers are considering purchasing escape hoods or other respirators to protect themselves against potential terrorist threats, including biological and chemical substances. This guidance will provide information on what respirators are, how they work, and what is needed for a respirator to provide protection.

Is buying an escape hood or other type of respirator the best way to protect myself, my family, and/or my employees?

If available and used correctly, a respirator can selectively reduce the exposure you might otherwise receive. Respirators have been used for many years in the workplace, where employers have programs to make sure the proper masks are selected and that the respirator fits. When consumers use respirators, they don’t have such support, so this fact sheet includes lots of background information to help consumers understand the limitations and cautions that need to be considered. The goal is to avoid unintended problems that might occur through lack of understanding or a false sense of security.

As a first step, plan how to respond if an emergency happens. A respirator is only one small part of that plan. There may be situations in which it’s simply best to stay where you are and avoid any uncertainty outside, a process known as “shelter-in-place,” as a means of survival. Use available information to assess the situation. If you see large amounts of debris in the air, or if local authorities say the air is badly contaminated, you may want to take this kind of action.

Respiratory protection is effective only if:

  • the correct respirator is used,
  • it’s available when you need it,
  • you know when and how to put it on and take it off, and
  • you have stored it and kept it in working order in accordance with the manufacturer’s instructions

Each type of respirator can come in several varieties, each with its own set of cautions, limitations, and restrictions of use. Some respirators require testing to ensure a tight fit to the face, and should not be used with facial hair. Others use a nose clip and mouthpiece, which is clenched between your teeth, similar to a snorkel. Some respirators prevent the user from talking while others have speaking capabilities. Every respirator contaminated with hazardous chemicals should be decontaminated and disposed of properly.

All respirators require training to be properly used. Sometimes you can practice using your own respirator. Some escape respirators come in a package that must remain sealed until use, so you need to be trained using a special “practice” version. Training is extremely important in regard to the storage, maintenance, use, and discarding of the respirator. This information is provided by the supplier of the respirator (i.e. seller, distributor, or manufacturer).

If you do not use a respirator correctly, it is very likely that it will not protect you-and may even hurt you. The following information will help you understand what a respirator is, and how it should be used.

What is a respirator?

A respirator is a device to protect you from inhaling dangerous substances, such as chemicals and infectious particles. There are several different types of respirators, as described below.

Escape Respirators

Escape respirator

Escape respirators are designed to be used only in an emergency, and only to escape from a dangerous area to a safe area. There are several escape respirators on the market. Many of them use a hood with a neck seal instead of a facepiece. They are typically designed for one-time use for a short period, typically 15 minutes to 1 hour. They may be available in a variety of sizes and will fit most adults. Individuals with small or very large neck sizes may not be able to use some escape hood designs-check the supplier product information before purchasing.

Particulate Respirators

Particulate Respirator

Particulate respirators are the simplest, least expensive, and least protective of the respirator types available. These respirators only protect against particles. They do not protect against chemicals, gases, or vapors, and are intended only for low hazard levels. The commonly known “N-95” filtering facepiece respirator is one type of particulate respirator, often used in hospital to protect against infectious agents. Particulate respirators are “air-purifying respirators” because they clean particles out of the air as you breathe. Even if you can’t see the particles, there may be too many in the air for this respirator to provide adequate protection.

Chemical Cartridge/Gas Mask Respirator

Gas Mask Respirator

Gas masks are also known as “air-purifying respirators” because they filter or clean chemical gases and possibly particles out of the air as you breathe. This respirator includes a facepiece or mask, and a filter/cartridge (if the filter is in a metal shell it is called a “canister”). Straps secure the facepiece to the head. The cartridge may have a filter to remove particles (such as a biological weapon), charcoal (to remove certain chemicals), both, or other parts. When the user inhales, air is pulled through the filter.

Gas Masks are effective only if used with the correct cartridge or filter (these terms are often used interchangeably) for a particular biological or chemical substance. Selecting the proper filter can be a complicated process. There are cartridges available that protect against more than one hazard, but there is no “all-in-one” filter that protects against all substances. You need to know what hazards you will face in order to be certain you are choosing the right filters.

Powered Air Purifying Respirator

 Powered Air-Purifying Respirator (PAPR)

Powered air-purifying respirators use a fan to blow air through the filter to the user. They are easier to breathe through and they need a fully charged battery to work properly. They use the same filters as gas masks, so you need to know what the hazard is, and how much of it is in the air.

Self-Contained Breathing Apparatus (SCBA)

Self-Contained Breathing Apparatus

Self-Contained Breathing Apparatus (SCBA) is the respirator commonly used by firefighters. These use their own air tank to supply clean air, so you don’t need to worry about filters. They also protect against higher concentrations of dangerous chemicals. However, they are very heavy (30 pounds or more), and require very special training to use and to maintain them. Also, the air tanks typically last an hour or less depending upon their rating and how hard you are breathing.

The following questions and answers provide additional information for use in selecting and using gas mask and escape respirators.

At the end of this Fact Sheet, you will find a list of questions you should ask before purchasing a Gas Mask or Escape Respirator.

Can I buy any Gas Mask or Escape Respirator and expect it to protect me from anything that might happen?

These respirators must be selected for protection against a specific hazard.
The cautions, limitations and restriction of use provided with the respirator must be strictly followed. If your mask does not make a tight seal all the way around your face when you inhale, you may breathe contaminated air that leaks around the edges of the face seal. Anything that prevents the face mask from fitting tightly against your face, such as a beard or long sideburns, may cause leakage. Some respirators come in different styles and sizes, and fit different people differently because people’s faces have different shapes. You also need training to know how to correctly put the mask on and wear it correctly. This information should be provided by the supplier of the respirator.

If I have the right cartridges/filters for a certain hazard, and my mask fits, will they always protect me against that hazard?

Gas Masks and Escape Respirators reduce exposure to the hazard, but if the exposure is such that it goes beyond what the filter is capable of handling (either because the amount of toxic gas or particles is more than what the filter is designed to handle, or because the exposure lasts longer than what the filter is designed to handle), the filter may not be effective in providing required protection. Also, there may be a small amount of leakage even if the fit of the respirator has been tested. If so, and if there is large amount of a toxic chemical in the outside air, even that small leakage can be dangerous.

Can anyone wear a respirator mask?

Breathing through a respirator is harder than breathing in open air. People with lung diseases such as asthma or emphysema, elderly people, and others may have trouble breathing. Some people with claustrophobia may not be able to wear a mask or hooded respirator. Some people with vision problems may have trouble seeing while wearing a mask or hood (there are special masks for people who need glasses).

Will a gas mask protect children?

There are a variety of problems with fit and use of respirators for children, especially small children and infants. For example, currently available masks are unlikely to fit the faces of small children and infants. As with respirator use by anybody, fit-testing, training, and proper use and maintenance are essential.

Will my cartridge/filter and respirator mask protect forever?

Cartridges, filters, and masks get old. Cartridges can have a limited life. If the filter cartridges that attach to the mask are outdated, have been open to the air or are damaged, you are not protected. Cartridges that contain charcoal or other chemicals for filtering the air should be in air-tight packages. If cartridges are open or not packed in air-tight packaging, they should not be used. Even cartridges in original packaging have expiration dates that should be checked before purchase. Also, over time your mask can get old and break down. Keep your mask in a clean, dry place, away from extreme heat or cold. Inspect it according to the manufacturers instructions.

If I wear a Gas Mask correctly, am I completely safe?

The filter cartridges protect against only certain inhaled airborne substances. Some dangerous chemicals are absorbed through the skin. Properly selected and worn gas masks and escape respirators must be combined with protective clothing to completely prevent injury from these chemicals.

Will a Gas Mask protect me if there is not enough oxygen in the air?

Gas Masks do not provide oxygen. If used in an environment with low oxygen levels, such as a fire, you are in danger of suffocation.

Will a Gas Mask protect me if there is a fire?

It’s important to read the manufacturer’s information if your main concern is to be able to escape from a smoke-filled building. Smoke particles can rapidly clog gas mask filters, and filters with special chemicals are needed to protect against carbon monoxide and other gases that may occur in a fire. Not all gas masks and escape respirators protect against these hazards. Some components, including hoods and facepieces, of many of the gas masks and escape respirators may melt if exposed to a fire.

Once I put on my Gas Mask or Escape Respirator, how long will it last?

That depends on how much filtering capacity the respirator has and the amount of hazard in the air – the more chemical or biological hazard in the air (higher concentration), the shorter the time your filter will last. There is no absolute time limit, and it will vary by each respirator model’s capacities. That’s why your emergency plan must include some idea of how to get to a safe area before the filtering capabilities of the mask runs out.

How do I know a respirator will protect me against the hazards it claims to protect against?

No agency in the U.S. tests and certifies respirators for use by the general public, however, the National Institute for Occupational Safety and Health (NIOSH) part of the Centers for Disease Control and Prevention (CDC), tests and certifies respirators for use by workers to protect against workplace hazards. Respirators certified by NIOSH will say “NIOSH Approved” and may have a certification number. However, NIOSH only certifies respirators against specific hazards. Just because a respirator is certified does not mean it will protect against ALL hazards. NIOSH-certified respirators are supplied with Approval Labels that identify the hazards that the respirator is approved to protect against. If you are buying a respirator, you should check the Approval Label to be sure that it has been certified against the hazards you want protection against.

The Questions You Should Ask About Any Respirator You Are Considering Purchasing

  1. What protection (which chemicals and particles, and at what levels) does the escape hood provide?
  2. Is there more than one size?
  3. How do I know if the gas mask or escape hood will fit?
  4. What type of training do I need?
  5. Has the escape hood been tested against claims for protection such as biological agents, chemical warfare agents, toxic industrial chemicals, and radioactive dust particles?
  6. Who performed the testing, what were the tested levels, and test durations?
  7. Is the escape hood certified by an independent laboratory or government agency?
  8. Are there any special maintenance or storage conditions?
  9. Will I be able to talk while wearing the respirator?
  10. Does the hood restrict vision or head movement in any way?
  11. Can I carry the device in the trunk of my automobile?
  12. Is a training respirator available?
  13. Can I use the escape hood more than one time?
  14. Can children wear the escape hood and get the expected protection?

Source

Relevant to the 2019 Novel Coronavirus

Understanding Respiratory Protection Against SARS

SARS (severe acute respiratory syndrome) is a new respiratory illness that has been reported in Asia, North America, and Europe. SARS appears to spread primarily by close person-to-person contact with symptomatic individuals (e.g., persons with fever or respiratory symptoms). SARS can be spread by touching the skin of other people or objects contaminated with infectious droplets and then touching the eyes, nose, or mouth. Contamination occurs when someone with SARS coughs or sneezes droplets onto themselves, other people, or nearby surfaces. It also is possible that SARS can be spread further through the air by very small particles. This method is called airborne transmission, but investigations to date suggest that this type of transmission is unusual. It also is possible that SARS may be spread by other ways that are currently not known.

How can health care workers be protected from SARS?

Most transmission of SARS to health care workers appears to have occurred after close contact with SARS infected individuals. CDC has therefore issued interim infection control recommendations for health care and other institutional settings (see Updated Interim Domestic Infection Control Guidance in the Health-Care and Community Settings for Patients with Suspected SARS, Interim Domestic Guidance on the Use of Respirators to Prevent Transmission of SARS, and Transport of Patients with Suspected SARS.)

These guides recommend that health care workers entering the room of a SARS patient and medical transport workers transporting a patient with suspected SARS use the following:

  • Standard precautions (e.g., hand hygiene)
  • Contact precautions (e.g., use of gown and gloves for contact with the patient or their environment)
  • Eye protection for all patient contact
  • A respirator that is at least as protective as an N-95 respirator approved by the National Institute for Occupational Safety and Health (NIOSH)

Infectious material deposited on personal protective equipment may cause it to become a vehicle for direct or indirect transmission. Therefore, care is needed when removing personal protective equipment to avoid contaminating skin, clothing, and mucous membranes. Standard procedures for removal of personal protective equipment that minimize the potential for self-contamination should be developed based on the equipment used, and healthcare and transport workers should be trained in these procedures. Hand hygiene should be performed following the removal of personal protective equipment.

What is a respirator and what is a NIOSH-approved N-95 respirator?

A respirator is a personal protective device that is worn on the face, covers at least the nose and mouth, and is used to reduce the wearer’s risk of inhaling hazardous airborne particles (including dust particles and infectious agents), gases, or vapors. The many types of respirators available include (1) particulate respirators, which filter out airborne particles; (2) “gas masks,” which filter out chemicals and gases; (3) airline respirators, which use compressed air from a remote source; and (4) self-contained breathing apparatus, which include their own air supply. The category of particulate respirator can be further divided into (1) disposable or filtering facepiece respirators, where the entire respirator is discarded when it becomes unsuitable for further use due to excessive resistance, sorbent exhaustion, or physical damage; (2) reusable or elastomeric respirators, where the facepiece is cleaned and reused but the filter cartridges are discarded and replaced when they become unsuitable for further use; and (3) powered air purifying respirators (PAPRs), where a battery-powered blower moves the air flow through the filters.

N-95 Respirator

An N-95 respirator is one of nine types of disposable particulate respirators.
Particulate respirators are also known as “air-purifying respirators” because they protect by filtering particles out of the air as you breathe. These respirators protect only against particles—not gases or vapors. Since airborne biological agents such as bacteria or viruses are particles, they can be filtered by particulate respirators.

Respirators that filter out at least 95% of airborne particles during “worse case” testing using a “most-penetrating” sized particle are given a 95 rating. Those that filter out at least 99% receive a “99” rating. And those that filter at least 99.97% (essentially 100%) receive a “100” rating.

Respirators in this family are rated as N, R, or P for protection against oils. This rating is important in industry because some industrial oils can degrade the filter performance so it doesn’t filter properly.* Respirators are rated “N,” if they are Not resistant to oil, “R” if somewhat Resistant to oil, and “P” if strongly resistant (oil Proof). Thus, there are nine types of disposable particulate respirators:

  • N-95, N-99, and N-100;
  • R-95, R-99, and R-100;
  • P-95, P-99, and P-100

NIOSH uses very high standards to test and approve respirators for occupational uses. NIOSH-approved disposable respirators are marked with the manufacturer’s name, the part number (P/N), the protection provided by the filter (e.g., N-95), and “NIOSH.” This information is printed on the facepiece, exhalation valve cover, or head straps. View a listing of all NIOSH-approved disposable respirators. If a disposable respirator does not have these markings and does not appear on one of these lists, it has not been certified by NIOSH. NIOSH also maintains a database of all NIOSH- approved respirators regardless of respirator type on the Certified Equipment List.

More detailed respirator information has been published by NIOSH, CDC and by the Occupational Safety and Health Administrationexternal icon (OSHA).

*The SARS virus has a “shell” composed of lipids, which are fats and oils. However, the amount of fat and oil in these tiny virus particles is extremely low and is not enough to affect the filter in the N-series respirator. Thus the N-series respirators such as N-95 will protect against SARS exposure.

Can health care workers use respirators other than N-95 to protect against SARS?

Yes, workers can wear any of the types of particulate respirators for protection against SARS—if they are NIOSH-approved and if they have been properly fit-tested and maintained. All of the NIOSH-approved particulate respirators protect workers against SARS as effectively as the N-95 respirators.

A respirator will work only if it is used correctly. Thus the key elements for respiratory protection are fit-testing and training of each worker in the use, maintenance, and care of the respirator. NIOSH considers each of the nine types of disposable particulate
respirators to have similar fit characteristics. Therefore, when a worker is caring for or transporting SARS patients, having a NIOSH-approved respirator that fits well is much more important than whether the respirator is an N-95 or one of the other eight types of disposable particulate respirators.

In health care settings, the use of respirators by workers is regulated under the Occupational Safety and Health Administration (OSHA) standard for respiratory protection. The OSHA standard sets requirements for the fit-testing of respirators to ensure a proper seal between the respirator’s sealing surface and the wearer’s face. The OSHA standard also contains requirements for determining that workers can use respirators safely, for training and educating employees in the proper use of respirators, and for maintaining respirators properly. NOTE: Fit-testing and the other OSHA-required procedures are absolutely essential to assure that the respirator will provide the wearer with required protection. View detailed information on respiratory programsexternal icon, including fit test procedures.

Why are N-95 respirators most often recommended for SARS?

The CDC Guidelines for Isolation Precautions in Hospitals recommends that health care workers protect themselves from any disease spread through the air (airborne transmission) by wearing a respirator at least as protective as a fit-tested N-95 respirator.† These guidelines were written before SARS was discovered, but they have been used to protect against other airborne diseases such as tuberculosis.

†Although N-95 respirators are sold outside the United States, other particulate respirators are also available. If you live in another country, your country may have its own standards for particulate respirators. The particulate respirators may have different names than those certified by NIOSH in the United States. If these respirators pass testing programs comparable to those used for N-95 respirators, they should protect against SARS as well as the N-95 respirators.

Can I use a respirator with an exhalation valve?

N-95 Respirator with exhalation valve

Usually, yes. An exhalation valve reduces excessive dampness and warmth in the mask from exhaled breath.

The valve opens to release exhaled breath and closes during inhalation so that inhaled air comes through the filter. Health care workers may wear respirators with exhalation valves unless the patient has a medical condition (such as an open wound) for which a health care worker would normally wear a surgical mask to protect the patient. Similarly, respirators with exhalation valves should not be placed on a patient to contain droplets and prevent spread of infectious particles; surgical masks are adequate for this purpose.

How often do disposable respirators need to be replaced?

Once worn in the presence of a SARS patient, the respirator should be considered potentially contaminated with infectious material, and touching the outside of the device should be avoided. Upon leaving the patient’s room, the disposable respirator should be removed and discarded, followed by hand hygiene.

If a sufficient supply of respirators is not available, healthcare facilities may consider reuse as long as the device has not been obviously soiled or damaged (e.g., creased or torn). Data on reuse of respirators for SARS are not available. Reuse may increase the potential for contamination; however, this risk must be balanced against the need to fully provide respiratory protection for healthcare personnel.

If N-95 disposable respirators are reused for contact with SARS patients, implement a procedure for safer reuse to prevent contamination through contact with infectious droplets on the outside of the respirator.

Consider wearing a loose-fitting barrier that does not interfere with fit or seal (e.g., surgical mask, face shield) over the respirator.

  • Remove the barrier upon leaving the patient’s room and perform hand hygiene. Surgical masks should be discarded; face shields should be cleaned and disinfected.
  • Remove the respirator and either hang it in a designated area or place it in a bag. (Consider labeling respirators with a user’s name before use to prevent reuse by another individual.)
  • Use care when placing a used respirator on the face to ensure proper fit for respiratory protection and to avoid contact with infectious material that may be present on the outside of the mask.
  • Perform hand hygiene after replacing the respirator on the face.
Hospital Worker wearing a PAPR

My hospital uses powered air-purifying respirators (PAPRs). Will they protect me from SARS?

Yes. PAPRs use HEPA filters (high-efficiency particulate air filters), which are as efficient as P-100 filters and will protect against SARS. PAPRs provide a higher level of protection than disposable respirators. Health care facilities in some SARS-affected areas have used higher levels of respiratory protection, including PAPRs, for persons present during aerosol-generating medical procedures such as bronchoscopy on SARS patients. When PAPRs are used, their reusable elements should be cleaned and disinfected after use and the filters replaced in accordance with manufacturer’s recommendations. All used filters should be considered potentially contaminated with infectious material and must be safely discarded.

Do surgical masks provide protection against SARS?

Surgical masks are not designed for use as particulate respirators and do not provide as much protection as an N-95 respirator. Most surgical masks do not effectively filter small particles from air and do not prevent leakage around the edge of the mask when the user inhales.

If surgical masks do not protect against airborne diseases, why are surgical masks suggested for use against SARS when no N-95 respirators are available?

Surgical masks are recommended only as a last resort for health care and medical transport workers exposed to SARS patients when no NIOSH-approved respirator equivalent to or greater than the N-95 is available. SARS appears to be transmitted mainly through direct contact with infectious materials (including large respiratory particles), and surgical masks will provide barrier protection against droplets that are considered to be the primary route of SARS transmission. However, surgical masks may not adequately protect against aerosol or airborne particles, primarily because they do not effectively filter small particles from the air, they allow leakage around the mask, and they cannot be fit tested. Because scientists cannot currently rule out the spread of SARS through the air, CDC recommends a NIOSH-approved respirator equivalent to or greater than the N-95.

Surgical masks may also be placed on patients with communicable conditions like SARS to contain respiratory droplets and prevent spread of infectious particles.

I don’t work with SARS patients. Should I wear a respirator while I am at work or in public?

Both CDC and the World Health Organization (WHO) recommend respirator use for the following workers only:

  • health care workers entering the room of a patient with SARS
  • medical transport workers transporting patients with suspected SARS

Respirators are not routinely needed (by staff or visitors) in other parts of hospitals or other health care facilities where there is no direct contact with patients.

Outside the health care and medical transport settings, CDC does not recommend the routine use of respirators. Most people who develop SARS become infected through contact with other people who are ill with SARS?not by breathing contaminated air. If a person does contact the SARS virus, it is most likely to be on a surface such as a door knob. The best protection from SARS in public places, (including workplaces other than health care and medical transport settings) is to wash your hands frequently and avoid touching your eyes or nose.

Source

]]> Wed, 12 Feb 2020 07:27:38 +0000 <![CDATA[Key Differences Between Respirators and Masks]]> https://worksafegear.com.au/blog/key-differences-between-respirators-and-masks/
Video
Face Mask vs Respirator Comparison by 3M

Comfort Masks:

  • Are not designed to protect your lungs from airborne hazards.
  • Do not have the word NIOSH and the approval type (i.e. N95/P2) printed on the product.
  • Are not cleared by the FDA for use as a surgical mask.
  • Have not been tested to any government performance standards for filtration.
  • Usually have only 1 head strap.
  • Do not fit tightly to the face - there might be gaps around the edges.

Key Differences Between Respirators and Masks

Surgical Masks:

  • Are cleared by the FDA for use as a surgical mask.
  • Do not have the word NIOSH and the approval type (i.e. N95/P2) printed on the product.
  • Are not designed to protect your lungs from airborne hazards.
  • Are typically donned for a specific procedure and disposed of afterward.
  • Help prevent large particles expelled by the wearer, such as spit or mucous, from entering the environment. If the wearer coughs or sneezes, the surgical mask will help collect the larger particles expeled.
  • Usually do not fit tightly to the face—there might be gaps around the edges.
  • Help reduce the spit and mucous the wearer expels out into the work area.

Surgical Respirators:

  • Filter particles from the air when properly fitted, helping reduce the number of particles or germs the wearer breathes in .
  • Are cleared by the FDA for use as a surgical respirator.
  • Have the word NIOSH and the approval type (i.e. N95) printed on the product, when used in the US. P2 in Australia and Europe.
  • Have packaging that typically refers to workplace hazards and OSHA compliance requirements.
  • Are secured tightly to the face, usually with 2 head straps and an adjustable clip over the nose to allow for a more custom fit.

Potential Considerations for Selection of Respirators versus Surgical Masks

Employers may find the flow chart below helpful in their assessment of the type of disposable respirator or surgical mask that may be appropriate for a particular task.

  • Selection of respiratory protection for occupational hazards is typically based upon the airborne concentration of the substance that the wearer is exposed to, and the occupational exposure limit (OEL) of that substance.
  • Biological agents, such viruses and bacteria, do not have OELs; therefore employers should consider available guidance when selecting respirators. The US Centers for Disease Control and Prevention (CDC) has recommended that respirators offering more protection, such as powered air purifying respirators (PAPRs) may be considered in situations when high exposures to bacteria and viruses are possible.
  • The occupational use of respirators in the US is regulated by the Occupational Safety and Health Administration (OSHA) and, in the US, the use of respirators in all workplaces must be per OSHA standard 29 CFR 1910.134.
  • Tight fitting respirators such as the particulate respirators shown cannot be worn with facial hair or anything else that may interfere with the seal.
  • For additional information see 3M Personal Safety Division Technical Data Bulletin 231.

Source

]]> Fri, 07 Feb 2020 02:23:36 +0000 <![CDATA[3M Product Availability Update: P2 Respirators]]> https://worksafegear.com.au/blog/3m-product-availability-update/ To: 3M Authorized Channel Partners in Australia
Subject: 3M Product Availability Update re: 2019 Novel Coronavirus
Date: Feb 3, 2020


Dear Valued 3M Channel Partner,

As previously communicated, 3M is seeing very high demand for respiratory protection products due to the outbreak of a newly identified novel coronavirus (2019-nCoV). In response, 3M is increasing respirator production and is working with 3M authorized channel partners to help ensure they have inventory to meet end-user demand. We remain committed to the balanced distribution of product so that your domestic industrial customers can receive the 3M respiratory protection products they have chosen to rely on to help facilitate their day-to-day operations.

To help ensure 3M PPE product availability to our established customers through their regular purchasing channels, 3M has implemented special controls on our order fulfillment system for the respirators that are in highest demand. These controls manage order fulfillment based on recent purchase history and are intended to help promote broad product availability across all 3M authorized distribution channels.

Large orders will require additional time for fulfillment due to high global demand. These orders will be prioritized and actioned on a case-by-case basis. During this period, order status may fluctuate. 3M is prioritizing global supply of critical respirators needed to help respond to the novel coronavirus to where the need is greatest. As a result, surge supply in Australia will be limited at this time.

3M encourages all channel partners to carefully manage inventory levels to ensure normal demand can be met. Each business is different, but you may consider limiting eCommerce orders to current (existing) customers or implementing order holds for large volume orders for your own evaluation and prioritization process.

3M will continue to take a strategic and thoughtful approach to how orders are prioritized and released. Standard demand planning remains a critical priority for 3M and 3M authorized channel partners, as local industrial operations continue to depend on 3M respirators to help protect workers.

3M P2 Respirators Update

]]> Mon, 03 Feb 2020 03:55:54 +0000 <![CDATA[Information for university and vocational educations students and staff arriving from Hubei Province, China]]> https://worksafegear.com.au/blog/information-for-university-and-vocational-educations-students-and-staff-arriving-from-hubei-province-china/ Novel coronavirus (2019-nCoV)

Information for university and vocational educations students and staff arriving from Hubei Province, China

An outbreak of novel coronavirus (2019-nCoV) was detected in Wuhan, Hubei Province, China in late December 2019.

Can I attend my university or vocational education facility?

If you have travelled to Hubei Province, China within the past 14 days, you must isolate yourself for 14 days after leaving Hubei Province. If you have been in close contact with a confirmed case of novel coronavirus, you must isolate yourself for 14 days after last contact with the confirmed
case. Students in these circumstances should not attend university or college and must avoid contact with other students and staff.

If you have travelled to mainland China in general but not Hubei Province, we do not currently recommend self-isolation. The development of cases outside of Hubei Province is being closely monitored and this advice will be updated if necessary.

If you develop symptom within 14 days of leaving Hubei Province or within 14 days of last contact with the confirmed case, you should arrange to see your usual doctor for urgent assessment. You should telephone the health clinic or hospital before you arrive and tell them of your travel history
or that you have been in contact with a confirmed case of novel coronavirus. Your doctor will liaise with Public Health authorities to manage your care. You must then remain isolated either in your home or a healthcare setting until Public Health authorities inform you that it is safe for you to return to your usual activities.

What does isolate in your home or residence mean?

People who are recommended to be isolated should not attend public places, in particular work, school, childcare or public areas of university and vocation education campuses for example attending lectures. Only people who usually reside in the home or other place of residence should
be permited on the premises. Do not allow visitors into the home or residence. There is no need to wear masks in the home or residence. Where possible, get others such as friends or family, who are not required to be isolated to get food or other necessities for you.

If your university or vocation education semester has commenced notify your lecturer or tutor of your circumstance to determine whether alternate arrangements for remote learning can be temporarily put in place. If you must leave the home or residence, such as to seek medical care,
wear a surgical mask if you have one.

What is this virus?

Coronaviruses can make humans and animals sick. Some coronaviruses can cause illness similar to the common cold and others can cause more serious diseases, including Severe Acute Respiratory Syndrome (SARS) and Middle East respiratory syndrome (MERS).

The virus seen in Hubei Province, China is called ‘novel’ because it is new. It had not been detected before this outbreak. Most people infected live in, or travelled to, Hubei Province, China. There have been cases of 2019-nCoV reported in other Chinese provinces and other countries. It is likely that the virus originally came from an animal, and there is evidence that it can spread from person-to-person.

What are the symptoms?

Symptoms include (but are not limited to) fever, cough, sore throat, fatigue and shortness of breath.

What if I am sick now or develop symptoms within 14 days of being in Hubei Province?

If you develop mild symptoms:

  • isolate yourself from other people
  • call a doctor or hospital and tell them you may have novel coronavirus infection
  • when you get to the doctor’s clinic or hospital, tell them again that you may have novel coronavirus infection.

If you have serious symptoms such as shortness of breath:

  • call 000 and ask for an ambulance (this will work even if you don’t have phone credit)
  • tell the ambulance officers that you may have novel coronavirus infection.

Your doctor will test you for 2019-nCoV and provide advice on management. You will also be contacted by Public Health officers who will provide you with more information.

How can I help prevent the spread of 2019-nCoV?

Practising good hand and sneeze/cough hygiene is the best defence against most viruses. You should:

  • wash your hands often with soap and water before and after eating as well as after attending the toilet
  • avoid contact with others (including touching, kissing, hugging, and other intimate contact)
  • cough and sneeze into your elbow.

Where can I get more information?

Visit the Australian Government Department of Health homepage at www.health.gov.au.

Call the Public Health Information Line on 1800 004 599.

Discuss any questions you have with the Public Health Agency monitoring you.

Contact your state or territory public health agency:

  • ACT call 02 5124 9213
  • NSW call 1300 066 055
  • NT call 08 8922 8044
  • QLD call 13HEALTH (13 43 25 84)
  • SA call 1300 232 272
  • TAS call 1800 671 738
  • VIC call 1300 651 160
  • WA visit https://www.healthywa.wa.gov.au/ or call your local public health unit

Please see attached fact sheets translated into Simplified Chinese.

Source

]]> Fri, 31 Jan 2020 06:48:58 +0000 <![CDATA[Bushfire smoke could cause lung problems for generations]]> https://worksafegear.com.au/blog/bushfire-smoke-could-cause-lung-problems-for-generations/ Bushfire smoke could cause lung problems for generations, US monkey study suggests
A child in a p2 mask sitting on the grass
PHOTO: The bushfires in Northern California in 2018 left the area shrouded in smoke for several weeks. (Reuters: Leah Millis)

Monkeys in Northern California are providing valuable clues to the health cost of exposure to bushfire smoke, revealing it could have potentially life-threatening consequences for humans.

Large swathes of south-eastern Australia were blanketed in smoke during the recent bushfire crisis, consistently exposing people to unsafe levels of noxious fumes not seen in some of the world's most polluted cities.

But a decade-long study, tracking the impacts on a cohort of rhesus macaque monkeys from infancy to adulthood in California, is providing startling insight into what humans could expect in the future.

Key points:

  • Scientists have studied the impact of bushfire smoke on monkeys since 2008
  • The monkeys exposed to smoke had 20 per cent less lung capacity
  • There are fears that prolonged exposed to smoke could affect human health

The animals grew lungs with 20 per cent less capacity than healthy monkeys; they show signs of the life-threatening condition pulmonary fibrosis; and they fight infection less effectively.

And, most troubling, they could pass all of those traits on to their offspring.

Lisa Miller, who helped oversee the study at the University of California's Primate Centre, said the lessons from the study were applicable beyond the monkeys.

"Our findings should inform regulatory agencies because they can anticipate the types of health outcomes that might be expected in the human population," Dr Miller said.

"The youngsters, the paediatric populations, should evacuate first and get as far away from the smoke exposure."


A man in scrubs and a mask holding a baby monkey

PHOTO: The study has concluded that monkeys exposed to bushfire smoke at infancy showed reductions in lung volume. (Supplied: California National Primate Research Centre)

Monkeys could show human impact of smoke disasters

When bushfires ravaged Trinity and Humboldt counties in 2008, America's west coast was blanketed in toxic fumes for two weeks. Residents were exposed to pollutants like carbon monoxide and unhealthy levels of fine particulate matter, known as PM 2.5.

As the smoke filtered in, Dr Miller said she had a "lightbulb moment" — an idea to track the impacts of the event on the health of infant monkeys that were born at the Primate Centre three months before.

A satellite image of America's west coast blanketed in smoke
PHOTO: Smoke shrouded large parts of the state. (NASA via Reuters)

The team had initially expected to detect asthma, but those symptoms dissipated with time.

"The younger animals were more susceptible to a persistent effect on their immune systems and the respiratory tracts. This is because the infant animals — as well as humans — continue to grow during this period of time," she said.

"Their immune systems and their lungs are responding to these environmental challenges and change, unfortunately not for the better."

Monkeys and humans share key physiological characteristics. From a genetic standpoint, the primate is our closest relative, has a very similar physiological make-up and grows almost identically to human babies.

"Their lungs and immune systems are very similar to human subjects. In addition, the growth of the youngsters who live out in these cages is a very similar pattern in comparison with kids," Dr Miller said.

Monkeys in a cage outside
PHOTO: The monkeys were caged outside, exposing them to bushfire smoke 24 hours a day. (ABC News: John Mees)

The only caveat to the research: The monkeys were housed outside 24 hours a day, 7 days a week, whereas humans have the ability to take shelter inside.

But even that does not protect against breathing in tiny particulate matter like PM 2.5, which can worsen respiratory conditions such as asthma, and lead to heart attack and stroke, among a slew of other health effects.

'There was just so much smoke'

The results are concerning for Californian mother Serena Caplins.

A baby smiling with her hand outstretched on her mother's lap
PHOTO: Serena Caplins and her daughter Amelia are taking part in the study into the effect of bushfire smoke on unborn babies. (ABC News: John Mees)

She was five months pregnant with her daughter Amelia during the state's deadliest and most destructive blaze in 2018.

"It was really bad air conditions. We actually couldn't leave the house for two or three days straight without feeling sick," she said.

A firefighter watches a fire on a mountain in California
PHOTO: Eight-five people were killed during the 2018 bushfires in California. (Reuters: Eric Thayer)

"You'd go outside, and you'd get a headache, you just feel your eyes burning because there was just so much smoke."

She felt short of breath and dizzy, even while inside with a filtration system. But once the smoke cleared, so too did her symptoms.

"I wasn't really thinking too much about the long-term effects that might happen, I wasn't really even thinking that much about what we were breathing in as far as what the smoke actually contained," she said.

A man holding up a baby
PHOTO: Baby Amelia is part of the study into the effect of the 2018 bushfires in Northern California. (ABC News: John Mees)

The Caplins are now part of a study examining the impact of bushfire smoke on unborn babies, their mothers and small children.

Amelia is a healthy baby and hasn't shown any signs the fires affected her health, but after hearing about the primate study, Serena started to worry.

"It definitely makes me feel a little more concerned about my own exposure," she said.

"Maybe it would have been better for us to actually leave. And, it's probably good to be a little bit scared, if it's something that influences your actions."

It will take years to know the impact of smoke

Rebecca Schmidt from the School of Medicine at the University of California launched the research project after watching the intensity and frequency of bushfire crises increase.

A woman sitting in an office
PHOTO: Rebecca Schmidt from the University of California runs the study into the effects of bushfire smoke on unborn babies, their mothers and young children. (ABC News: John Mees)

She decided it was time to see if some of society's most vulnerable — infants and young children — were suffering lifelong consequences.

"When we looked in literature, what was out there and in terms of science for any health effects, we really didn't find a whole lot. There just haven't been many studies done," Dr Schmidt said.

Almost all of the pregnant women involved reported respiratory symptoms in the short term, but most said the conditions dissipated with time.

What remains unknown is whether bushfire smoke exposure has lifelong consequences for a child's development.

"Brain development and behavioural outcomes can be affected by chronic air pollution, traffic-related pollution. We don't yet know if that's the same with wildfires," Dr Schmidt said.

"We're hoping to bring these kids in when they're a little older to do respiratory testing, lung function, signs of asthma, just to see if they are impacted in that way and if it's more common in these kids than in other kids not exposed to wildfires in utero."

While these studies are based on smoke from bushfires in North America, scientists believe the results can be replicated to similar natural disasters across the globe, including Australia.

The severity of the response felt is influenced by both the length of exposure and the type of combustion or the biomass that is burning.

For instance, different types of wood contain varying levels of toxicity.

If homes and buildings are also being destroyed, the air becomes even more poisonous, as materials such as paint and items like electronics go up in flames.

While the human studies will take years to garner results, the Primate Centre in Davis will continue to monitor the health of its monkeys as they enter middle age, in the hope of shedding more light on what to do in future bushfire seasons.


A child wears a facemask and steers a boat on the water with the red-orange sky behind them.
PHOTO: A young boy in a face mask escaping the fires in Mallacoota became an iconic image from the 2019 bushfire emergency. (Supplied: Allison Marion)

How to reduce the risk of bushfire smoke:

  • Evacuate, if you can
  • Stay indoors as much as possible
  • If you can afford to, install a filtration system or buy a box fan with a filter
  • Having inside plants can clean the air
  • Wear a N95 gas mask. But some experts say it makes people feel more protected than they are

Source and credits: ABC News by North America correspondent Kathryn Diss and John Mees in Davis, California

]]> Wed, 29 Jan 2020 05:03:56 +0000 <![CDATA[Coronavirus reaches Australia: Man is quarantined in Melbourne after testing positive to deadly Chinese disease]]> https://worksafegear.com.au/blog/coronavirus-reaches-australia-man-is-quarantined-in-melbourne-after-testing-positive-to-deadly-chinese-disease/ Coronavirus reaches Australia: Man is quarantined in Melbourne after testing positive to deadly Chinese disease - as seven others are isolated amid fears more Aussies could be infected

  • A man has been quarantined in Melbourne after contracting coronavirus 

  • The man travelled to Australia alone from Wuhan, via Guangzhou, on January 19

  • He initially showed no symptoms, but eventually became ill when in Melbourne 

  • There is said to be little risk of the man spreading the deadly virus in Melbourne 

  • The Chinese-national is now isolated at Monash Medical Centre in Clayton

  • Five people in NSW are being assessed for potential infection of the deadly strain

  • Over 40 people have died in China, and 1000 have been affected globally

A Chinese-national in his 50s has been quarantined in Melbourne after contracting the deadly coronavirus.

The man, who initially showed no symptoms of the virus, travelled to Australia alone on China Southern Airlines from Wuhan via Guangzhou in China on January 19.

It's the first confirmed case in Australia.

Health Minister Jenny Mikakos told reporters on Saturday that the man had been in Wuhan - the epicentre of the outbreak - for two weeks. 

'He was confirmed as positive after a series of tests early this morning,' Ms Mikakos told reporters on Saturday. 

Deputy Chief Health Officer Dr Angie Bone said the man felt tired after landing in Melbourne, before he started experiencing symptoms later that day.

A passenger wearing a protective masks on arrival at Sydney International Airport in Sydney, Thursday, January 23
A passenger wearing a 3M protective masks on arrival at Sydney International Airport in Sydney, Thursday, January 23
Facemasks Bestsellers
A pamphlet handed out by the Australian Government providing travellers with information on the deadly coronavirus
A pamphlet handed out by the Australian Government providing travellers with information on the deadly coronavirus

'My understanding is he came off the plane and felt very tired and spent the next day resting in his room, towards the end of the day he developed symptoms,' she said on Saturday.

There is said to be little risk of him spreading the deadly virus in Melbourne, as he spent the last week with family and hasn't visited any public places since being in Australia.

'He stayed in his room as he was conscious he may have caught the disease, so his family didn't allow anyone in his room,' Dr Bone said. 

'He has not been out and about, so I guess that minimises the risk to the broader community and he has taken all the appropriate precautions in terms of calling ahead to the GP clinic and to the hospital before he has presented on both of those occasions.

'So, he has done everything right. The family has done everything right to minimise the risk.

The man, who showed no symptoms of the virus, travelled to Australia alone from Wuhan via Guangzhou in China on January 19
The man, who showed no symptoms of the virus, travelled to Australia alone from Wuhan via Guangzhou in China on January 19
No cases of the novel coronavirus dubbed 2019-nCoV have been confirmed in NSW, the state's health authority said on Saturday
No cases of the novel coronavirus dubbed 2019-nCoV have been confirmed in NSW, the state's health authority said on Saturday
The man had been in Wuhan for two weeks. Wuhan is a city of 11 million people which has been the epicentre of the outbreak. Pictured: Medics treat sufferers in Wuhan on Friday
The man had been in Wuhan for two weeks. Wuhan is a city of 11 million people which has been the epicentre of the outbreak. Pictured: Medics treat sufferers in Wuhan on Friday 

'There is a possibility the family may have caught the infection, we will be observing them very closely. It will help us understand how easy it is to transmit this virus.'

The man is now isolated in a negative-pressure room at Monash Medical Centre in Clayton, where he is in a 'stable condition'. 

'He has pneumonia, which is what we would expect with this kind of coronavirus,' Dr Bone said. 

Dr Bone said the man isn't a health care worker and may well have picked up the disease in a public setting.

'There's no evidence of human to human transmission here [in Australia]. It will be very hard to be specific about where people catch it from,' she said.

Five people in NSW are being assessed for potential infection of the deadly strain of coronavirus in the state after two patients were cleared on Friday.

At least one of those being treated arrived in Sydney on Friday night on a flight from Guangzhou, a source has told AAP.

No cases of the novel coronavirus dubbed 2019-nCoV have been confirmed in NSW, the state's health authority said on Saturday.

A number of people have already been cleared in both states.

The virus has already killed more than 40 people in China and infected upward of 1000 people around the world. 

NSW chief health officer Dr Kerry Chant on Friday said patients were in isolation and do not pose a risk of transmitting the virus that has so far killed 26 people in China.

'We're encouraging people who have come back from Wuhan, or who have been in contact with confirmed cases in China or in other countries, to please seek care if you develop any symptoms of fever, sore throat, pneumonia, a cough or respiratory symptoms of any sort,' she said.

The man is now isolated in a negative-pressure room at Monash Medical Centre in Clayton, where he is in a 'stable condition'. Pictured: Medical staff work in the ICU (intensive care unit) of Zhongnan Hospital of Wuhan University in Wuhan

The man is now isolated in a negative-pressure room at Monash Medical Centre in Clayton, where he is in a 'stable condition'. Pictured: Medical staff work in the ICU (intensive care unit) of Zhongnan Hospital of Wuhan University in Wuhan

France has confirmed two coronavirus cases, the first in Europe. Despite prevention measures such as sanitation being done in South Korea (pictured), the virus continues to spread globally

France has confirmed two coronavirus cases, the first in Europe. Despite prevention measures such as sanitation being done in South Korea (pictured), the virus continues to spread globally

Dr Chant said testing currently takes about six hours but that time frame will likely shrink in the future.

'It is important that we detect cases early,' she said.

Transportation in Wuhan, the epicentre of the outbreak, and at least 12 nearby cities has been shut down, effectively placing 36 million people into lockdown.

So far more than 850 people have been infected in China while France has had three people test positive - the disease's first appearance in Europe.

Two cases, including a Chicago woman returning from China, have been confirmed in the United States. 

CORONAVIRUS: WHAT WE KNOW SO FAR

Video
What is the coronavirus?

What is this virus?

The virus has been identified as a new type of coronavirus. Coronaviruses are a large family of pathogens, most of which cause mild respiratory infections such as the common cold.

But coronaviruses can also be deadly. SARS, or severe acute respiratory syndrome, is caused by a coronavirus and killed hundreds of people in China and Hong Kong in the early 2000s.

Can it kill?

Yes. Twenty-six people have so far died after testing positive for the virus. 

What are the symptoms?

Its symptoms are typically a fever, cough and trouble breathing, but some patients have developed pneumonia, a potentially life-threatening infection that causes inflammation of the small air sacs in the lungs. People carrying the novel coronavirus may only have mild symptoms, such as a sore throat. They may assume they have a common cold and not seek medical attention, experts fear.

How is it detected?

The virus's genetic sequencing was released by scientists in China to the rest of the world to enable other countries to quickly diagnose potential new cases. This helps other countries respond quickly to disease outbreaks.

To contain the virus, airports are detecting infected people with temperature checks. But as with every virus, it has an incubation period, meaning detection is not always possible because symptoms have not appeared yet.

How did it start and spread?

The first cases identified were among people connected to the Huanan Seafood Wholesale Market in Wuhan.

Cases have since been identified elsewhere which could have been spread through human-to-human transmission.

What are countries doing to prevent the spread?

Countries in Asia have stepped up airport surveillance. They include Japan, South Korea, Thailand, Hong Kong, Indonesia, Malaysia and Philippines.

Australia and the US are also screening patients for a high temperature, and the UK announced it will screen passengers returning from Wuhan.

Is it similar to anything we've ever seen before?

Experts have compared it to the 2003 outbreak of severe acute respiratory syndrome (SARS). The epidemic started in southern China and killed more than 700 people in mainland China, Hong Kong and elsewhere

Source

]]> Sat, 25 Jan 2020 02:22:53 +0000 <![CDATA[China confirms some 140 new cases of Sars-like virus ahead of peak travel season]]> https://worksafegear.com.au/blog/china-confirms-some-140-new-cases-of-sars-like-virus-ahead-of-peak-travel-season/ Health authorities in China on Monday confirmed nearly 140 new cases of a mysterious pneumonia-like virus, which has killed three people so far.

It comes as the country’s peak holiday travel season kicks off ahead of the Lunar New Year, sparking concerns over the spread of the viral strain and its possible impact on economic growth.

“It’s highly likely we’ll see this virus spread given that it appears there’s some form of human-to-human transmission and given the scale of travel in the lead-up to Chinese New Year,” said Alexandra Phelan, faculty research instructor in the microbiology and immunology department at Georgetown University.

“Looking further on, I think we’re likely to have cases around China and also there will likely be cases in other countries as people travel,” Phelan told CNBC on Monday.

While the Sars-virus first emerged in the central city of Wuhan in late December, the 139 new cases that appeared over the weekend in China showed new cases in the capital of Beijing in the north of the country, as well as in the southern city of Shenzhen, Reuters reported. This brings the total to more than 200 confirmed cases from the new coronavirus strain. Three of them have died.

Impact on travelers

Hundreds of millions of Chinese travelers are expected to travel both domestically and internationally as Lunar New Year starts this Saturday, igniting fears of a further spread of the virus and kindling memories of the fatal Sars pandemic in 2002 and 2003 that killed nearly 800 globally.

The Sars pandemic — also caused by a coronavirus — cost the global economy tens of billions of dollars.

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On Monday, South Korea confirmed its first case of the new coronavirus in a Chinese woman who flew to Incheon International Airport from Wuhan.

Two cases have also been reported in Thailand and one in Japan. They involved two Chinese from Wuhan and a resident in Japan who had travel history to the city — where the virus is linked to a large seafood and animal market, suggesting that the virus had jumped from animals to humans, said the Centers for Disease Control and Prevention on its website.

However, some of the patients have not had exposure to the animal markets, “suggesting that some limited person-to-person spread is occurring,” the CDC said Friday.

Airport authorities around the world have already stepped up health screening of travelers at their borders to pick up suspected cases. Measures include temperature screening.

However, as symptoms from the new Wuhan coronavirus infection are similar to that of other respiratory conditions, there will be “a lot” of travelers who would be wrongly picked up alongside, Phelan said.

“They can be a useful opportunity to provide people with information if they do feel sick ... but most of the time, border screening is actually a very expensive, not particularly effective way of actually preventing the spread of disease,” said Phelan.

Australian officials today announced a traveller had been placed in quarantine with symptoms of the virus after returning home from a trip to China.

The man is being kept at his home in Brisbane as he awaits test results for the virus. Earlier tests were inconclusive, Queensland health chiefs said.

The suspected case prompted Prime Minister Scott Morrison to warn Australians travelling to China to 'exercise a high degree of caution' in China's Wuhan area.

Many Chinese people are heading home for the Lunar New Year - with face masks

THE NEW CORONAVIRUS IN CHINA TIMELINE

December 31 2019: Total of 27 suspected cases

The WHO China Country Office was informed of cases of pneumonia of unknown cause detected in Wuhan City, Hubei Province of China. Around 27 suspected cases were reported in the month of December.

January 1 2020: Total of 27 suspected cases

A seafood market was closed for environmental sanitation and disinfection after being closely linked with the patients.

January 5 2020: Total of 59 suspected cases

Doctors ruled out severe acute respiratory syndrome (SARS) as being the cause of the virus, as well as bird flu, Middle East respiratory syndrome and adenovirus. Meanwhile, Hong Kong reported suspected cases.

January 9 2020: Total of 59 confirmed cases, one death

 A preliminary investigation identified the respiratory disease as a new type of coronavirus, Chinese state media reported.

Officials at Wuhan Municipal Health Commission reported the outbreak's first death on January 9, a 61-year-old man.  

January 13 2020: Total of 42 confirmed cases, one death

A Chinese woman in Thailand was the first confirmed case of the mystery virus outside of China. The 61-year-old was quarantined on January 8, but has since returned home in a stable condition after having treatment, the Thai Health Ministry said. 

January 14 2020: Total of 42 confirmed cases, one death

 The WHO told hospitals around the globe to prepare, in the 'possible' event of the infection spreading.

It said there is some 'limited' human-to-human transmission of the virus. Two days previously, the UN agency said there was 'no clear evidence of human to human transmission'.

January 16 2020: Total of 43 cases, two deaths

 A man in Tokyo is confirmed to have tested positive for the disease after travelling to the Chinese city of Wuhan.

A second death, a 69-year-old man, was reported by officials at Wuhan Municipal Health Commission. He died in the early hours of January 15 at Jinyintan Hospital in Wuhan city having first been admitted to hospital on December 31.

January 17 2020: Total of 44 cases, two deaths

Thailand announces it has detected a second case. The 74-year-old woman had been quarantined since her arrival on Monday. She lived in Wuhan.

Scientists at Imperial College London fear up to 4,500 patients in Wuhan may have caught the virus. A report said if cases are this high, substantial human to human transmission can't be ruled out.

John F Kennedy International Airport (JFK), San Francisco International Airport and Los Angles International Airport (LAX) will start screening passengers arriving from Wuhan, US officials said. 

January 18 2020: Total of 48 cases, two deaths 

Thailand steps up monitoring at four airports receiving daily flights from Wuhan. Airports in Japan, Malaysia and Singapore are also screening passengers from Wuhan, authorities said.

Four more cases have been identified in a viral pneumonia outbreak in Wuhan, bringing the total to 45 in the city alone. 

January 19 2020: Total of 65 cases, two deaths

China reported 17 more cases of pneumonia caused by a new coronavirus strain had been found in Wuhan. It takes the city's total to 62, including two deaths, and the global total to 65.

All of the cases to this point involved people either living in Wuhan or who have travelled to the city. 

Public Health England and Britain's chief medical officer said they would not be introducing screenings at UK airports at this point. 

January 20 2020: Total of 222 cases, three deaths.

China reported a sharp rise in the number of people infected with a new coronavirus over the weekend, including 136 more cases in Wuhan city, taking its total to 198.

The outbreak spread across China; five cases in Beijing, 14 in Guangdong, and one in Shanghai.

South Korea confirmed its first case - a 35-year-old woman arriving at Seoul’s Incheon airport tested positive for the virus. She had been in Wuhan the week prior. This took the total cases outside China to four.

Details were not revealed about the third death. 

Chinese President Xi Jinping said saving lives was a top priority, adding that information about the disease was being released in a 'timely manner'. 

China's National Health Commission team confirmd the virus can spread between humans.

Two patients in southern China also caught the virus from infected family members, according to local media. 

The WHO announced it would hold an emergency meeting to debate whether the outbreak should be declared an international public health emergency. 

January 21 2020: Total of 308 confirmed cases, six deaths

On this day, the death toll rose to six.

The fourth person had died on January 19, an 89-year-old man who developed symptoms, including severe breathing difficulties, on January 13.

The mayor of Wuhan announced two more victims of the lethal infection - a 66-year-old man, known only as Li, and a 48-year-old woman, known only as Yin. Both died from multiple organ failure.

Authorities also said 15 medical workers in the city were included in the confirmed cases. There is also one other suspected case. Of the infected staff, one was in critical condition.

A Brisbane man is being held in isolation over fears he may have contracted the deadly coronavirus while in Wuhan.

Queensland's chief medical officer Dr Jeannette Young confirmed the man has been tested for the illness when he presented with flu-like symptoms after returning home. The results are still unknown.  

Australia began screening passengers arriving from a Chinese city in a bid to stop the spread, Brendan Murphy, the chief medical officer for the Australian government, said.

The Philippines also announced that it was investigating its first potential case of the coronavirus. A five-year-old child arrived in the country on January 12 from Wuhan and has since been hospitalised with flu symptoms. 

Taiwan reported its first confirmed case. Health officials announced the woman, thought to be around 50 years old, worked in Wuhan. She is currently in hospital receiving treatment, according to local media.

Stock markets in China and Hong Kong dipped today amid fears tourists will refrain from travelling. But shares in firms which make surgical face masks have surged.

Source: CNBC, Dailymail

]]> Tue, 21 Jan 2020 23:28:22 +0000 <![CDATA[Does 3M have a P2 or N95 respirator for children in Australia & New Zealand? ]]> https://worksafegear.com.au/blog/does-3m-have-a-p2-or-n95-respirator-for-children-in-australia-new-zealand/ 3M Tech Update: Children and P2/N95 Respirators

Given that poor air quality has been present for such a long time and remains a concern, there are new considerations for the effectiveness and use of the P2 facemasks and with school holidays nearing the end, parents are questioning what to do with their children when the air quality is still poor.

Does 3M have a P2 or N95 respirator for children in Australia & New Zealand?

In many countries, respirators are not currently approved by government certification agencies or standards for use on children for general emergencies, such as air quality alerts. As a result, 3M does not make respirators—including disposable P2 or N95 models—specifically for children in Australia and New Zealand. 3M respirators that are currently available are designed to fit adults, are tested on adults, certified for use by adults, and have user instructions written for adults. Some of our adult respirators may fit certain children but guidance should be followed from local health authorities on how to protect children during air quality alerts. We do not recommend putting any type of material directly over the face of an infant or toddler. Infants and toddlers should never be given respirators due to the risk of choking and suffocation.

What are some considerations to be aware of related to respiratory protection for children?

If a parent decides to provide a respirator to a child (such as when directed to do so by health authorities), the parent must understand that he/she is willing to accept several risks for their child. This includes but is not limited to the following considerations:

  • A respirator must form a good seal to the face to be effective. Children’s faces may be too small to obtain a good seal on respirators that were designed for faces of adults. Every child's face is unique and some children may have a face that is as large as an adult.
  • It is possible that some children will not be mature enough to use a respirator correctly.
  • Infants and toddlers should never be given respirators due to the risk of choking and suffocation.
  • All respirators have certain performance features and it is very important that all instructions are read and understood before providing a respirator to anyone.
  • It is important to realize that misuse of a respirator may result in sickness or death.

Related blog

]]> Tue, 21 Jan 2020 06:21:38 +0000 <![CDATA[Using P2 Facemasks For Children]]> https://worksafegear.com.au/blog/using-p2-facemasks-for-children/

Protective facemasks have been one of the ‘go to’ items to help with relief from the extremely poor air quality and bushfire smoke that has shrouded our country these past few months. Some states are now in short supply and the high demand for these products continues to grow as fires continue to burn uncontrollably, releasing hazardous levels of smoke and PM2.5 particles into the air. People have been cooped up indoors for days on end trying to escape the current conditions and reduce the risk of being exposed to the dangerous PM2.5, but their patience is wearing thin and people are desperate to get back to their normal routines, many putting themselves at risk and venturing outside in these extreme conditions. The consistent health messaging has been around staying indoors, creating a clean air shelter, using air conditioners and air purifiers to filter the air, avoiding exercise, taking preventative medications if you have asthma, having relievers on hand, following your asthma management plan, seeking medical assistance if you feel unwell and in the case that you have to venture outside, use a form fitting P2 facemask. Given that poor air quality has been present for such a long time and remains a concern, there are new considerations for the effectiveness and use of the P2 facemasks and with school holidays nearing the end, parents are questioning what to do with their children when the air quality is still poor.

ARE THEY SUITABLE FOR CHILDREN?

In consultation with our Professional Advisory Council (PAC), it has been advised that facemasks are not designed or suitable for children under the age of 14 years. Although some masks may be available in small sizes, it is unlikely that they will have a perfect fit and are therefore unlikely to be beneficial. A poorly fitted mask actually makes it harder to breathe which leads to the rebreathing of expired air (with high carbon dioxide levels) which can make you feel unwell and cause anxiety in children.  So, what should you do for children?  Avoidance is the best advice, as we know people most at risk are people with existing heart and lung conditions, people over 65+, pregnant women, children under 14 years and people with diabetes.

Ensure that the child/carer has adequate supplies of preventer and reliever medication. Seek medical advice if the child has any breathing difficulties and keep children (particularly those with respiratory conditions) away from bad environments where possible.  Air conditioners and air purifiers (with Hepa filters) may help improve indoor air quality. If a child does wear a mask and has trouble breathing, it should be removed immediately as the mask may be the very thing causing the breathing problems. It is also strongly advised that masks not be used for babies. Asthma Australia are currently working on some guidelines for schools when it comes to air quality management and some advice for parents for when their child is due to go back to school if the air quality is still poor.

Related blog

Source: Asthma Australia

]]> Tue, 14 Jan 2020 01:49:51 +0000 <![CDATA[Heavy smoke and hot conditions in the ACT]]> https://worksafegear.com.au/blog/heavy-smoke-and-hot-conditions-in-the-act/ **Information last updated on 11 January 2020**

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The heavy smoke affecting the ACT is expected to continue while fires continue to burn across the border. During this time, the ACT Health Directorate’s advice remains the same.

This dense smoke is impacting the air quality across a large area of our region and South East Australia, not just the ACT.

Frequently Asked Questions about current air quality, smoke and heat conditions in the ACT.

Advice on P2/N95 masks, including the Commonwealth supply of masks in the ACT.

Information on air quality monitoring, including hourly PM2.5 concentration levels, under the air quality monitoring tab.

Health advice for smoke

During these periods of smoke, all Canberrans are advised to minimise their levels of prolonged or heavy physical activity outdoors. When there is heavy smoke in the area it is best to avoid all physical activity outdoors.

Common reactions people may experience with heavy smoke include:

  • itchy or burning eyes
  • throat irritation
  • runny nose, and
  • coughing.

These common irritations are not serious and can be best managed by avoiding prolonged periods outdoors. People can also consider using water-based eye drops and throat lozenges to help alleviate these irritations.

While exposure to smoke can be unpleasant, for healthy people taking measures to limit their exposure, it is unlikely they will be at risk of serious health harms from the current smoke event.

For people sensitive to smoke and air pollution

People who are sensitive to smoke, especially those with pre-existing heart and lung conditions, should take extra care during these conditions.

This includes remaining indoors where possible, with windows and doors closed, and not using evaporative air conditioners which draw air into the house from outside.

Anyone with a heart or lung condition should take their medication as prescribed by their doctor. People with asthma should follow their asthma action plan.

Anyone with concerns about their health should seek medical advice from their doctor. And anyone experiencing wheezing, chest tightness or difficulty breathing should seek urgent medical attention and in the event of a medical emergency call triple-zero (000).

People who can be more vulnerable to smoke and air pollution include:

  • people with heart or lung conditions (including asthma)
  • children aged less than 14 years
  • pregnant women, and
  • people over 65 years of age.

Video

P2/N95 masks

Our advice to the community is that it is best to avoid exposure to the smoke through staying indoors where possible, and not using evaporative air conditioners which draw air into the house from outside.

Ordinary paper masks are not effective at filtering smoke, however do not cause any harm if people choose to wear them and they feel they get some benefit.

Evidence shows P2 and N95 masks do filter some smoke and are most commonly used in occupational settings where exposure to airborne particles occur on a regular basis. However they cannot completely eliminate exposure to smoke, and as they can be difficult to fit and use appropriately, they are not recommended for use in the general community as an alternative to avoiding outdoor exposure.

If you choose to use a mask outdoors, please refer to our Use of P2/N95 Masks factsheet and watch this instructional video to learn how to fit the mask properly.Important notes:

  • People with chronic lung and heart conditions, should seek advice from a health professional prior to using these masks.
  • Masks are not appropriate for use on children, so avoiding exposure is the best way to protect them.

Video
How to Wear a 3M™ N95 8210 Respirator

Supply for vulnerable Canberrans

On 6 January 2020 it was announced that P2/N95 masks are being delivered to pharmacies and will be available for people who are most at risk of the health impacts of exposure to the smoke from the 7th January 2020. Masks will also be available through the Winnunga Nimmityjah Aboriginal Health Service for their clients.This is the small supply of P2/N95 masks provided by the Commonwealth Government for the ACT. The groups of particularly sensitive individuals who will be able to access these masks, if they choose, include:

  • people with existing chronic lung and heart conditions, such as asthma, chronic bronchitis or emphysema, and heart disease
  • all pregnant women, and
  • people over 65 years of age.

Each eligible person will receive two masks at the pharmacy. ACT Health recommends that people with lung condition, such as chronic obstructive airways disease, asthma or emphysema, and people with chronic heart conditions, should seek advice from their medical practitioner prior to using these masks.In regards to retail sales of masks, some are available at Canberra pharmacies and hardware stores. We ask the community to join with us in ensuring that we are supporting the people in our community who are most at risk of the health impacts of the smoke at this time. The Government is continuing to monitor demand for masks and is working closely with Canberra retailers.

]]> Fri, 03 Jan 2020 09:36:00 +0000 <![CDATA[How to protect myself from bushfire smoke?]]> https://worksafegear.com.au/blog/how-to-protect-myself-from-bushfire-smoke/

Cloth masks are a popular choice - but they're effectively useless against the particles in bushfire smoke.

Waking up to a haze of smoke is becoming an eerily familiar sight to people across the country.

This week, Sydney is again blanketed in smog thanks to the spate of bushfires burning across NSW, and last month the Queensland fire emergency left Brisbane's air quality worse than Beijing.

Many Australians in outer-suburban, regional and rural areas have been contending with bushfire smoke and dust for weeks.

The health effects of poor and hazardous air quality are real, and already being felt.

Bushfire smoke is known to irritate the respiratory system, and contains fine particles that can travel deep into the lungs, causing damage.

While most healthy people can tolerate temporary exposure air pollution (though it may cause itchy eyes and throat irritation), smoke particles can aggravate existing heart and lung conditions - and put vulnerable people at risk.

The best way to avoid breathing in bushfire smoke is stay inside with the windows and doors closed.

But when we step outside, are face masks worth considering? We asked the experts.

Only one type of mask helps

"Facemasks are the least useful measure, as a public health response," said Fay Johnston from the University of Tasmania's Menzies Institute for Medical Research.

"There's only one sort that actually helps — that's the P2 masks. They're the only ones that can filter out a meaningful level of air pollution."

Respiratory protective equipment - the dust masks and respirators you might see builders or landscapers using — are rated by their level of particle protection. P1 devices provide low levels of dust protection, while P2 masks are better at filtering out particles.

You can buy them from hardware stores, but they need to fit correctly to be effective.

"They only work with a really airtight seal that you have to maintain - if you're a man with a beard, it's impossible. And if air leaks around the sides you might as well not have one," Dr Johnston said.

Don't bother with cloth or paper masks

While cloth and paper masks can stop aerosols and water droplets — which may in some cases be helpful for preventing the spread of infections — they don't filter well enough to be of use against the microscopic dust particles that make bushfire smoke dangerous, she said.

Professor of Global Health at the Australian National University, Sotiris Vardoulakis, agreed.

"They're not designed for pollution. They're are not very effective at removing particles from the air stream ... they don't fit properly around the face, there's a lot of leakage," he said.

A British study published last year found the face masks used by residents of Beijing to protect against that city's high levels of air pollution did very little.

"[Even] a mask with highly efficient particle-filtering material may confer little protection when worn," the authors wrote, in part because the masks often fit poorly and moved around while they were strapped to someone's face.

Other ways to protect yourself from bushfire smoke

An air purifier in the home can offer some relief, Dr Johnston said, though shoppers should be careful they're getting something that works.

"You need to check it's got a HEPA filter - there's a lot of things sold as air purifiers that don't filter particles. You need to check on the box that it's physically rated to remove particles from the air," Dr Johnston said.

It's also a good idea to take advantage of periods of clean air to ventilate your home, as smoke can take some time to disperse unless the house is opened up.

But when air quality is low, staying inside is the most effective protection, Professor Vardoulakis said.

"I think the general message is we need to minimise exposure and there are different ways of doing that — on days with high air pollution, it's better to spend more time indoors, less time outdoors, especially to people who are sensitive," he said.

"For people who have a pre-existing illness, follow your medical plan, have access to your medication, to your inhaler, and make sure you don't go out for a jog."

That advice also applies to healthy people: you should avoid exercising outside when you can see smoke in the air.

How to manage bushfire smoke haze health risks

Bushfire smoke can travel hundreds of kilometres.

You can be quite a long way from a bushfire and still have it affect your health.

Bushfire smoke can travel hundreds of kilometres and it poses a range of health issues - especially for those with pre-existing heart or lung conditions.

And because bushfire smoke can cover large areas, including major cities, it has the potential to affect millions of people, according to Martine Dennekamp, an adjunct epidemiologist at Monash University.

"Research has shown that air pollution from bushfires is associated with effects on the lungs and the heart," Dr Dennekamp said.

"For example, research in Victoria found a link between out-of-hospital cardiac arrests in Melbourne and bushfire smoke."

These cardiac arrests occurred several hundred kilometres away from where bushfires were burning in the Victorian Alps.

What's in bushfire smoke that makes it a health risk?

Bushfire smoke is a mixture of water vapour, small particles and gases, which may include carbon monoxide, carbon dioxide and nitrogen oxides.

These gases travel long distances and are known to irritate the respiratory system, but evidence suggests it's the particles that are most damaging to people's health, according to NSW Health.

The smaller and finer the particles, the more damaging they can be because they're able to travel deeper into the lungs, Dr Dennekamp said, with particles smaller than 2.5 micrometres likely to cause the most significant concern.

Symptoms caused by these particles can continue for days after they are inhaled.

Who is at risk?

Those most likely to be affected by bushfire smoke include:

  • People with existing heart or lung conditions, such as asthma, chronic obstructive pulmonary disease and chronic bronchitis
  • Pregnant women
  • Older people
  • Young children

Environmental health expert Fay Johnston from the University of Tasmania said it was important for all of these people, especially those with heart and lung conditions, to monitor their symptoms when exposed to smoke and for some days after.

How does smoke affect you?

Those in high-risk groups are going to feel any effects of bushfire smoke more than the general population.

"If you can see it or smell it then that means there is a significant amount in the air and people in high risk groups would be advised to try and minimise their exposure," Dr Johnson said.

For instance, people with asthma may experience wheezing, coughing, chest tightness, and difficulty breathing while the smoke is around and for some days after.

Healthy people tend to tolerate being exposed to this type of pollution, although it can cause itchy or burning eyes, throat irritation, runny nose and some coughing. But these symptoms usually pass once the person is no longer exposed to the smoke.

What can you do to reduce your chances of being affected?

For those in areas affected by bushfire smoke, but not under direct threat from the fires, experts recommended the following precautions to reduce the health effects.

Stay indoors

The best way to avoid breathing in bushfire smoke is stay inside with the windows and doors closed, preferably in an air-conditioned building.

Particle levels are likely to be higher outdoors than indoors, so people sensitive to fine particles should limit the time they spend outside.

Keep an eye on your local air quality by checking your local environment monitoring agency's website for advice.

Set air conditioning on recycle

Avoid bringing smoky air into your house. If you have the option of adding a filter to your air conditioner, do so.

But take advantage of periods of clean air to ventilate your home, as smoke still penetrates indoors and can take time to disperse unless the house is opened up.

Consider a portable air filter

Portable air cleaners, available from home electrical stores, will lower the concentration of indoor particles and reduce the risk of health impacts from smoke. They will work best in a well-sealed room.

Dr Johnson recommended air cleaners with a HEPA filter to provide protection from particles.

"Devices that only humidify, generate negative ions, or absorb unpleasant smells do not reduce airborne particles," she said.

Avoid physical activity outside

Dr Johnston said it was a good idea to avoid exercising outside when you can see smoke in the air.

"If you run or do physical activity you breathe in a lot more because you need to get a lot more oxygen in, so your ventilation increases 10-fold and that means you are increasing your pollution exposure 10-fold."

Keep medication on hand and follow a treatment plan

People with asthma — and other health conditions — need to make sure they have any medication they need on hand at all times.

The Victorian health department recommends having five days of medication on hand. Those an asthma action plan or other treatment plan should continue to follow it.

If your symptoms get worse, seek medical advice.

Wear a mask

NSW Health Department says wearing a P1 or P2 mask (available at hardware stores) properly fitted over your mouth and nose will filter fine particles and minimise the effects of bushfire smoke.

But Dr Johnson said these masks weren't a failsafe.

"They give some protection against smoke particles but are only effective if worn correctly with a good seal around the mouth and nose; they can make it harder to breathe and they do not filter out gases," she explained.

"Simple paper or cloth masks do not provide protection."

Leave the area

If the smoke continues for some weeks, or if a person's health means they're at higher risk because of smoke exposure, consider staying with friends or relatives outside the smoke-affected area.

Credits & Sources:

https://www.abc.net.au/news/health/2019-12-03/face-masks-for-bushfire-smoke-haze-pollution/11760618

https://www.abc.net.au/news/health/2019-11-19/bushfire-smoke-health-managing-risks/11699894

]]> Wed, 11 Dec 2019 01:39:01 +0000 <![CDATA[12 Days of Xmas Savings - Daily Deals ]]> https://worksafegear.com.au/blog/12-days-of-xmas-savings-daily-deals/

12 Days of Deals and holiday sales on 3M, Petzl, Skylotec, LINQ, IKAR, Spanset, Honeywell, Miller, Ledlenser and more. Check out the top holiday 2019 deals and savings this holiday season starting December 12th until the 24th.

Shop All Deals

]]> Mon, 09 Dec 2019 02:49:26 +0000 <![CDATA[Spanset Gotcha Rescue and Evacuation Kits]]> https://worksafegear.com.au/blog/spanset-gotcha-rescue-and-evacuation-kits/

 

Highlight Products

Gotcha Rescue Kit

The Gotcha Original was the first pre assembled remote rescue kit. Designed for rescuing a suspended casualty from fall arrest lanyards, rope safety lines and fall arrest blocks, all possible from a point of safety.

Casualties can either be raised or lowered to the nearest point of safety, with casualties initially raised to release their original attachment preventing the need for cutting. The kit comes complete with an anchor sling capable of attaching to a wide range of structures and all terminations are sewn for security.

The kit is adaptable for different heights of anchor point, colour coded for simplicity and includes an extension pole for remote attachment. Included is the Grabba for rapid rescue from rope safety lines or fall arrest blocks.

Kit Contains

  • Upper and lower pulleys
  • Gotcha™ Frog
  • Attachment pole
  • Rope controller
  • Australian Standards rescue rope
  • Rope Grabba (for inertia reels)
  • Attachment sling
  • Karabiners
  • Back pack gear bag
Codes Capacity in High Anchor Mode Capacity in Low Anchor Mode Weight of Kit
Gotcha-KIT-0 (50) Up to 17m Up to 13m 7kg
Gotcha-KIT-100 Up to 34m Up to 26m 11kg
Gotcha-KIT-150 Up to 51m Up to 39m 15kg
Gotcha-KIT-200 Up to 68m Up to 52m 19kg

Video
SpanSet Original Gotcha Rescue Kit Demonstration

SpanSet Gotcha Rescue Re: HSSE Alert

SpanSet 4050 5.1 confined space access and retrieval pulley system with automatic brake

The SpanSet 4050 confined space rescue and access pulley system features an automatic brake should the operator let go of the control rope or lose control of the descent. The braking action is instantaneous once the over-speed is detected, while being forgiving enough not to interrupt normal descent operations. The lifting function is greatly enhanced by the 5:1 mechanical advantage which reduces fatigue, especially during recovery from deep confined spaces. Utilising AS 4142.3 rescue standard 11mm kernmantle rope the kit also comes with a rope grab/ascender for easier grip and can be easily locked off for continued suspension. It can be operated by the user or by a remote assistant which makes this unit an ideal confined space access and rescue device.

SpanSet 4040 4.1 confined space access and retrieval pulley system with automatic brake

The SpanSet 4040 confined space rescue and access pulley system features an automatic brake should the operator let go of the control rope or lose control of the descent. The braking action is instantaneous once the over-speed is detected, while being forgiving enough not to interrupt normal descent operations. The lifting function is greatly enhanced by the 4:1 mechanical advantage which reduces fatigue, especially during recovery from deep confined spaces. Utilising AS 4142.3 rescue standard 11mm kernmantle rope the kit also comes with a rope grab/ascender for easier grip and can be easily locked off for continued suspension. It can be operated by the user or by a remote assistant which makes this unit an ideal confined space access and rescue device.

Gotcha™ CRD MP Rescue Kit

A constant rate 100m multi purpose descent device suitable for rescue and evacuation with remote attachment frog and pole. For operators who require evacuation and Gotcha™ post fall rescue in one kit.

This kit is suitable for evacuation and rescue from high structures where constant rate lowering and minimal user input are required.

It is also suitable for rescue from vertical situations where you can access the casualty with the Gotcha™ pole and frog.

Kit Contains

  • Gotcha™ Frog
  • Attachment pole
  • Rope descent and rescue controller
  • Kernmantle rope
  • Attachment sling
  • Karabiners
  • Back pack gear bag
Codes Height Capacity Raise and Lower Capacity Weight of Kit
Gotcha CRD MP 50 50m Yes 7kg
Gotcha CRD MP 100 100m Yes 11kg
Gotcha CRD MP 150 150m Yes 15kg
Gotcha CRD MP 200 200m Yes 19kg

SpanSet Original Gotcha CRD Rescue Kit Demo

Gotcha™ Shark Rescue Kit

The Gotcha™ Shark kit is designed for industrial climbers. The kit comes complete with an anchor sling capable of attaching to a wide range of structures and all terminations are sewn for security. There is an integral rope protector that can be set at any required location and the descent device allows the user to control their own rate or stop as required. In use, the rescuer attaches to one attachment, descends to the casualty, attaches them to the second attachment and cuts the casualty free using the unique bladeless cutter.

The kit is designed for loads up to 300kg, so when used for two persons still retains excellent levels of control.

This kit is commonly used by those working on structures such as towers or pylons where safe egress at the base is guaranteed.

Kit Contains

  • Gotcha™ rope rider descender
  • Rope sever wire cutter
  • 100m Australian Standards rescue rope
  • Attachment sling
  • Karabiners
  • Back pack gear bag

Gotcha™ Pole Top Rescue Kit

A kit for rescuing a casualty suspended by work position and fall arrest equipment when working on a pole.

Suitable for rescue from pole straps, flexible line fall arresters and work position lanyards. The casualty is raised to release their original attachment, but the kit does include a safety knife in case of difficulty when raising the casualty. The rescuer accesses the casualty in order to recover them.

The Gotcha™ Pole Top Rescue Kit is suitable for use on poles up to 15m high. No assembly is required by the user.

Kit Contains

  • Rope belay controller
  • 30m Australian Standards rescue rope
  • Attachment sling
  • Karabiners
  • Rescue knife
  • Gear bag

Gotcha™ 4000 Hauling Kit

This rescue/access pulley system with a 4:1 mechanical advantage features a single directional set of pulleys allowing efficient lifting and controlled lowering.

Can be locked off for prolonged suspension, be self operated or by a second person.

Kit Contains

  • 4000 Rescue pulley system
  • 50m of Australian Standards rescue rope
  • 2 x K1 Karabiners
  • 2 x 2000 Round sling
  • Lay flat gear organizer bag

Gotcha™ Tower Rescue Kit

The Gotcha™ TRK is a pre-assembled 100m kit that can be used for rescuing personnel from towers, masts and similar structures.

The kit includes enough components for a variety of rescue applications. This kit is commonly used by operators in the telecommunications and electrical industries.

Kit Contains

  • 100m of Australian Standards rescue rope
  • Double brake descender
  • Micro hauler
  • 2 x Black Snake attachment slings
  • 4 x K4 karabiners
  • 3 x RP012 single pulleys
  • Single yoke
  • Dual yoke H1Alu
  • Back pack lay flat gear bag

Gotcha™ CRD Kit

The Gotcha™ CRD is a pre-assembled 100m kit that can be used for personal evacuation, assisted evacuation of a casualty from high or remote locations.

The kit comes complete with an anchor sling capable of attaching to a wide range of structures, all terminations are sewn for s ecurity, and the descent device operates automatically at a constant speed requiring no input from the user.

This kit is commonly used by less experienced workers who occasionally access high level working platforms and require a simple rescue or evacuation solution.

Kit Contains

  • Rope descent and rescue controller
  • 100m rope
  • Attachment sling
  • Karabiners
  • Back pack gear bag

]]> Wed, 04 Dec 2019 04:55:22 +0000 <![CDATA[2019 Black Friday Sale starts now]]> https://worksafegear.com.au/blog/2019-black-friday-sale-starts-now/

Black Friday

UP TO 50% OFF SELECTED PRODUCTS

Spectacular savings on selected products in the WorkSafeGEAR Australia Store. Additional discount at checkout using the coupon code BLACK

Black Friday 2019 Sale is now on. So if you’re hoping to score a deal on a new Petzl harness or Skylotec Rescue Pro 2 during this week’s shopping events, we have some good news. In fact, we have a wide range of safety brands that will be discounted up to 50% till Friday 6th of December 2019.

Additional discount applies at checkout using this year coupon code "BLACK".

]]> Thu, 28 Nov 2019 00:26:57 +0000 <![CDATA[IKAR Fall Arrest Devices Sharp Edge Testing]]> https://worksafegear.com.au/blog/ikar-fall-arrest-devices-sharp-edge-testing/ IKAR fall arrest blocks are renowned worldwide for their robust design and engineering excellence. The IKAR has been tested & certified for horizontal works, "falls over an edge" and passed the European EN360 amendment. Internal energy absorber designed within the housing, ensuring user protection even when the webbing is fully extended.

Video
IKAR Fall Arrest Devices Sharp Edge Testing

]]> Mon, 25 Nov 2019 02:45:07 +0000 <![CDATA[Do You Know Where Your Edges Are?]]> https://worksafegear.com.au/blog/do-you-know-where-your-edges-are/ Miller® TurboLite™ Edge Personal Fall Limiter

When The Job Takes You to the Edge: Depend on Miller

Do You Know Where Your Edges Are?

In work sites of every variety, edges are much more common than people realize – and they may pose a greater risk than you’d expect. Whether you’re laying roofing, traversing a beam, or simply working near the unprotected sides of an upper floor, falls over an edge are more hazardous than other falls. Without protection designed for edges, traditional lifelines risk being severed and the force upon the worker in the event of a fall is significantly increased. Honeywell estimates that as many as 80% of fall-protection users have applications in which a lifeline will come in contact with an edge in the event of a fall.

Video
Taking Worker Safety To the Edge | Honeywell Miller

Related: IKAR Fall Arrest Devices Sharp Edge Testing

Edges in Fall Protection Applications

Sharp Edge Applications ≥ 0.005 in (0.13 mm)

Smooth Edge Applications ≥ 0.060 in (1.5 mm)

ANSI’s New Standard for Safety

As awareness of this threat grows, new safety standards have been defined. The most stringent is ANSI Z359.14-2014 LE (Leading Edge), which requires leading-edge protection to meet criteria such as:

  • Edge radius as sharp as 0.005 in (0.13 mm)
  • Safe for users connected at foot level
  • Requires an integral shock-absorber at the worker connection

Honeywell Has Your Back: The Miller TurboLite™ Edge Series

Honeywell’s extensive series of Miller TurboLite Personal Fall Limiters (PFLs) is even more versatile with the introduction of the TurboLite Edge Series. Whether you work in construction, industrial, or even wind power, units for sharp and smooth edges including options for tie-back applications will help you ensure workers are safe in applications requiring foot-level tieoff or work near edges.

Make Confidence Your True Edge TurboLite Edge

PFLs are engineered to deliver the assurance you expect from Miller, and are available in a wide range of lengths with innovative features:

  • Safe – Models are available for sharp and smooth edges and include an integral shock absorber to keep the lifeline intact in the event of a fall over an edge.
  • Versatile – Can be connected at foot-level and above for workers up to 420 lbs.
  • Repairable – If one unit of a twin model is damaged, the product can be sent into Honeywell for replacement.
  • Compact and Lightweight – Reduce your fatigue, increase your productivity.
  • Simple – Easy to install, easy to use.
  • Configurable – A wide range of working lengths featuring cable, web, and tie-back options with a variety of lifeline connectors.
  • Reduced fall clearance compared to a shock-absorbing lanyard – Effective solution for applications with limited fall clearance.
  • Durability – High-impact nylon housing and abrasion-resistant webbing.
  • Superior Mobility – Integral swivel design increases worker mobility and prevents lifeline from twisting.
  • Twin models available – Provide for 100% tie-off connection.

The Versatility You Need. The Safety You Depend On.

Designed for performance in edge applications, TurboLite Edge PFLs offer versatility, enhanced user mobility and maximum safety.

What’s in It for Me?

  • Provides you with protection designed for sharp edges and smooth edges eliminating the risk of your lifeline being severed and reducing the force that could result in the event of a fall.
  • Keeps you safe in applications that require anchoring at foot-level.
  • Perfectly suits your personal profile, with the capacity to support user weights up to 420 lbs. in all connections at foot-level and above.
  • Cable Leading Edge units meet the most stringent safety standards including ANSI Z359.14-2014 LE.

Miller TurboLite™ Edge Competitive Advantages

Maximizes versatility for virtually any short-range application

The TurboLite Edge offering includes working lengths from 6-ft to 12-ft to accommodate a variety of applications.

Provides protection for a wider range of workers

With a 420-lb (189 kg) weight capacity for all connections down to foot-level, Miller TurboLite™ Edge takes adaptability to new heights.

Enables quicker, easier installation

Forget about pin buttons that are difficult to operate, and the troublesome need to connect the shock-absorber to the harness. One pin connection, a single click and you can focus on the task at hand.

Creates a better worker experience Lightweight, compact harness connector with free-floating shock absorber pack keeps worker cooler, and provides a more comfortable work experience.

Increases safety

Two buttons on harness connector, two different planes and two distinct actions provide the safest choice to prevent accidental disengagement. A red indicator line gives a warning if the pin is not properly engaged.

Lowers cost of ownership

Durable pin activation buttons and ballistic nylon shock absorber cover along with the ability to replace a damaged unit results in a decreased cost of ownership. Ensures compatibility with all Miller harnesses The product is compatible with all Miller harnesses, without any add-ons. No cumbersome straps to attach to the harness or special connectors are required for different harness sizes or configurations.

Prevents unit slippage

An optional Back D-Pad clip is included which is highly effective in preventing slippage while providing easier connection to the harness.

SHARP EDGE APPLICATIONS

TurboLite ™ EXTREMECable Lifeline for Sharp Edge Applications

TurboLite ™ EXTREME

  • Designed for use in sharp edge applications with radius ≥ 0.005 in (0.13 mm)
  • Meets ANSI Z359.14 Class B and Leading Edge requirements
  • Galvanized cable lifeline
  • Available in lengths of 6-ft and 9-ft
  • Single and twin configurations
  • Variety of lifeline connector options

TurboLite ™ T-BAK ™ EXTREME

Cable Lifeline with Web Tie-Back for Sharp Edge Tie-Back Applications

TurboLite ™ T-BAK ™ EXTREME

  • Designed for use in sharp edge, tie-back applications with radius ≥ 0.005 in (0.13 mm)
  • Meets ANSI Z359.14 Class B and Leading Edge requirements
  • Galvanized cable lifeline with Vectran™ web tie-back
  • Available in lengths of 8-ft and 11-ft
  • Single and twin configurations

SMOOTH EDGE APPLICATIONS

TurboLite ™ MAX

Web Lifeline for Smooth Edge Applications

TurboLite ™ MAX

  • Designed for use in smooth edge applications with radius ≥ 0.060 in (1.5 mm)
  • Meets ANSI Z359.14 Class B requirements
  • Honeywell Spectra® webbing lifeline provides outstanding chemical, abrasion, and cut resistance
  • Available in lengths of 6-ft, 9-ft, and 12-ft
  • Single and twin configurations
  • Variety of lifeline connector options

Web Lifeline for Smooth Edge Tie-Back Applications

TurboLite ™ T-BAK ™ MAX

TurboLite ™ T-BAK ™ MAX

  • Designed for use in smooth edge applications with radius ≥ 0.060 in (1.5 mm)
  • Meets ANSI Z359.14 Class B requirements
  • Abrasion resistant Vectran™ webbing tie-back lifeline
  • Available in lengths of 7.5-ft and 10.5-ft
  • Single and twin configurations

]]> Mon, 25 Nov 2019 01:53:57 +0000 <![CDATA[Product Recall: 3M Aura Particulate Respirator 9322A+]]> https://worksafegear.com.au/blog/recall-3m-australia-aura-particulate-respirator-9322a/

Product description

3M Aura Particulate Respirator 9322A+

The lot number of the product can be found on the bottom right-hand side of the 3M shipper case label, on the bottom left hand corner of the individual box, and on the individual respirators.

  

Identifying features

Barcode number 08887719998017

SKU XA010017854

Lot Numbers: R19132 5 001, R19131 5 001, R19131 5 002, R19131 5 003, R19131 5 004, R19131 5 005, R19131 5 006, R19131 5 007, R19131 5 008 & R19130 5 008

What are the defects?

Due to the lack of full adhesive application, the nose foam may separate from the top panel of the respirator and detach or move during use.

What are the hazards?

If the nose foam detaches or moves, the respirator may be less effective and the user may be exposed to potentially harmful dust particles or mists.

What should consumers do?

Consumers should immediately stop using the product. Consumers can return the product to the place of purchase for a full refund or replacement.

For further information, consumers can contact 3M Australia Customer Service on 136 136 or via https://www.3m.com.au/3M/en_AU/company-au/help-centre

Supplier: 3M Australia Pty Limited

Traders who sold this product: Authorised 3M Distributors
Where the product was sold: Nationally Online

Dates available for sale: 17 May 2019 - 10 June 2019

Recall advertisements and supporting documentation

Recall advertisement.pdf (92.83 KB)

Responsible regulator

Australian Competition and Consumer Commission is the responsible regulator for this recall.

Australian Competition and Consumer Commission
Source: https://www.productsafety.gov.au/recall/3m-australia-pty-limited-3m-aura-particulate-respirator-9322a
]]> Fri, 22 Nov 2019 14:24:52 +0000 <![CDATA[Bushfire Respiratory Protection by 3M]]> https://worksafegear.com.au/blog/bushfire-respiratory-protection/

Bushfires are part of life in Australia. These fires can produce vast amounts of smoke, off-gases and ash and there is a need to consider the most appropriate ways of providing respiratory protection for those exposed to these contaminants.

Fire decomposes or breaks down materials. The composition of these breakdown products will vary depending on:

  • The composition of the burning materials - this can be from many sources
  • The ventilation conditions - poor ventilation reduces the available oxygen and changes the makeup of the decomposition products.
  • The temperature of the fire.
  • Burning produces particles as well as gases and vapours. The gases can often include irritant gases like hydrogen chloride and acrolein.

Smoke is defined in AS/NZS1715:1994 as "particles of low vapour pressure suspended in the air. Smoke is made from the solid and liquid products of combustion. Smoke particles settle slowly under gravity. Normally, the combustion process that produces smoke also produces gases".

Respirators for Bushfires

Only SCBA (Self Contained Breathing Apparatus) is suitable for all of the possible contaminants that can be released by fires in all situations. Metropolitan fire fighters use SCBA routinely because the contaminants and their concentrations are unknown in most of their applications. However, SCBA is normally considered unsuitable for bushfire fighting because:

  1. The air in the cylinders does not last long enough to effectively fight bushfires.
  2. The cylinders are too heavy for use in high temperatures for long periods with a heavy workload.
  3. Outfitting and training hundreds of volunteers with SCBA would be too costly and difficult to organise.
  4. Maintenance - supplying hundreds or thousands of air cylinders when staff workloads are stretched and transport is difficult would be a logistics nightmare

Air Filtering Respirators for Bushfires

Respirators with filters will remove some but not all of the fire products from the air. There is no filter capable of filtering every substance. Some considerations when using air-filtering respirators for bush fire fighters include:

  • Are people to be protected from the occurrence of potentially lethal atmospheres e.g. high levels of carbon monoxide or oxygen deficient conditions? If so, only SCBA (Self contained breathing apparatus) should be used.
  • If the aim is protection from inhaled particulate contaminants only, use of a P2 rated filter is recommended for thermally generated particles (AS/NZS1715). This includes types that are light and comfortable like the 3M™ Disposable Respirators 9320, P2 and 9322, P2.
  • If comfort and reduction of irritation is the primary concern, there is a variety of disposable and reusable air filtering respirators. Each type has advantages and disadvantages in specific applications e.g. when the fire produces low levels of organic vapours and/or irritant acid gases. Disposable masks for low gas/vapour concentrations help reduce irritation and respirators like the 3M™ Disposable Respirators 8514, P2 and 9926, P2 have been used for bushfire fighting. By capturing the smoke particles and some of the off gases, irritation from smoke inhalation can be significantly reduced.
  • Another option is to use a half facemask like the 3M™ 6000 or 7500 series fitted with 3M’s 2000 series or 6035/6038 filters. The 2125 filter is P2 rated, suitable for smokes and fumes, while the 2128 GP2 is the same particle filter with an added layer of carbon to help absorb nuisance levels of organic vapours and acid gases. Using a 3M™ Full Face Respirator 6800 with the 2135 (P3) or 2138 (GP3 with added carbon) filters will provide even higher levels of respiratory and eye protection. The 6035 (P3) and 6038 filters (P3 with nuisance level acid gas/organic vapour capacity) provide an enclosed filter for greater protection and durability.
  • Is rated gas/vapour and particle protection required? If concentrations of gas/vapours are significant, AS/NZS1716 rated gas/vapour filters can be used fitted to a half facemask like the 3M™ 6000 or 7500 series. If concentrations are very high (unlikely in a bushfire scenario), then SCBA is an option or a full facemask (6000 or 7800 series) fitted with organic vapour/acid gas/particle capability (6057/5925 filter combination).

Respirators that are easy to use and maintain will help gain user acceptance:

  • Lightweight respirators are more comfortable.
  • Exhalation valves help prevent heat build-up. They let the warm, moisture-laden breath escape quickly from inside the mask,
  • Maintenance free or disposable products reduce the risk of using defective equipment. There is no spare parts inventory and no time resource required for maintenance.

Bushfires 3M Tech Update

Highlight Products

]]> Thu, 21 Nov 2019 03:10:05 +0000 <![CDATA[CE Markings on PPE]]> https://worksafegear.com.au/blog/ce-markings-on-ppe/ Is the CE marking mandatory? In Europe, all products covered by a European regulatory text (a regulation or directive) must bear the CE (European Conformity) marking. For personal protective equipment, EU regulation 2016/425 (formerly the 89/686/EC directive) regulates the manufacture and marketing of fall protection PPE.

Difference between a directive and a regulation

A regulation is a Community law that applies to all member states in the European Union. It is directly applicable as written. A directive must be implemented by the member state itself. In other words, it is transcribed. This means that the state is free to choose the means by which it will implement the law. It must implement the directive by a certain deadline.

What is the purpose of the CE marking?

The CE marking reflects the manufacturer's commitment to comply with European legislation and is mandatory for placing a product on the common market. It does not mean that the product comes from the European Union. It allows the product to be marketed and sold anywhere within the EU.

How do PPE manufacturers obtain the right to place the CE marking on their products?

To obtain a CE marking, PPE are required to meet the essential health and safety requirements of EU regulation 2016/425.
These requirements cover such aspects of the product as ergonomics, comfort, safety, weight, and strength, although they do not provide any specific values. Only the various ‘harmonized’ standards define with greater precision any construction and performance requirements, as well as the information/markings that must accompany the product. Each standard covers a well-defined field of application.

A harmonized standard is a standard that can provide a presumption of conformity with the essential health and safety requirements of EU regulation 2016/425.

There are two cases for PPE:

CASE 1

PPE with a field of application that is covered by one or more existing harmonized standards.

CASE 2

PPE with characteristics or a field of application not covered by any standard.

In both cases, the manufacturer engages an independent notified body to conduct an EU type assessment. It is this assessment that provides authorization to use the CE marking.

What is an EU type assessment?

The EU type assessment is the part of the conformity evaluation procedure where a notified body assesses the PPE 's technical design to verify and attest that it meets the requirements for all current applicable regulations.

CASE 1

The PPE meets existing standards.

The EU type assessment is based on compliance with the standards requirements the product claims to meet.

 

 
AVAO BOD FAST international version:
Fall arrest, work positioning, and suspension harness (EN 361, EN 358, EN 813).

 

CASE 2

The PPE does not meet (or only partially meets) a harmonized standard.
This can happen, for example, when a product targets a new use not yet covered by existing standards, or if the product’s features are covered by several different standards without full compliance with any single standard. The manufacturer then submits technical specifications to the notified body to define the specific requirements (e.g. tests or technical information) either within or outside existing standards. It is the notified body that examines and approves the technical specifications.

The EU type assessment is based on compliance with the essential health and safety requirements of EU regulation 2016/425 as well as specific requirements approved by the notified body.

 


ZIGZAG: mechanical Prusik for tree care.

 

There is no existing standard that covers a device like the ZIGZAG. The ZIGZAG’s functions simultaneously address the standards for rope clamps and for descenders, with the specificity of using a doubled rope.

These devices are covered by EN standard 12841, which defines three types:

  • Type A for backup belay devices,
  • Type B for rope clamps,
  • Type C for descenders.

To approve the ZIGZAG, the notified body in charge of certification decided to use the most relevant test protocols for types B and C as defined by this standard.

Function and strength tests from EN standard 12841:2006 performed for ZIGZAG certification:

  • All tests were carried out in doubled rope configuration in accordance with the recommendations desciribed in detail in the product's Instructions for Use, using two different ropes of the minimum and maximum diameters as indicated on the device (EN 1891 type A rope, 11.5 mm and 13 mm).
  • Function tests after exposure to moisture, heat (+50° C), and cold (-30° C) (requirement: less than 300 mm of device slippage on the rope).
  • Tests for locking onto the rope (type C devices) for 3 minutes under a 3 kN load (requirement: less than 300 mm of device slippage on the rope).
  • Tests for static strength (type C devices) (12 kN strength requirement, increased to 15 kN for the ZIGZAG).
  • Drop tests for dynamic performance (type B and C devices): drop a 140 kg mass 1 meter on 1 meter of rope + 1 meter dynamic lanyard (requirement: the mass is not released + measure residual strength under 3 kN for 3 minutes).
  • Test the ability to keep the speed of descent under 2 m/s without damaging the rope (type C devices); test conducted for 100 kg and 140 kg.
  • Measure temperature increase of metal parts while lowering a mass (type C devices) (no parts in contact with the user heated to more than 48°C – see the Instructions for Use for more information).

(Note: certification tests are conducted by the independent laboratory of a notified body, which issues an EU type assessment certificate. During product development, Petzl conducted several tests on its own.)

Source

Related: Petzl ASTRO Safety Harness - International vs Australian/European

]]> Wed, 20 Nov 2019 07:02:05 +0000 <![CDATA[Skylotec Sirius Descender]]> https://worksafegear.com.au/blog/skylotec-sirius-descender/
Source: Abaris International UK

Skylotec Sirius (A-050) – Descender

This month sees the launch of the new Skylotec Sirius. This is primarily a descender but it also has features which makes it useful in other applications. This compact, long lasting device is a real contender to give the Petzl ID a run for its money. Not only is it smaller, so it fits perfectly in your hand, but it’s lighter, which is remarkable considering it’s made completely of metal. The side plate is opened by using an ergonomic button. The rope insertion is very intuitive. In fact, you have to try very hard to insert the rope incorrectly. Unlike other descenders, the route of the rope through the device prevents rope twisting and kinking. Just in case you forget to close the side plate, it snaps shut once the rope is put under tension.

Video

The Skylotec Sirius has an auto-locking handle, which removes the need to manually lock the device. It also has an anti-panic function and a hole to facilitate remote operation. The handle safety latch prevents inadvertent handle operation.


Skylotec Sirius A-050 descender  Skylotec Sirius A-050 descender back

Features

  • Anti-panic
  • Auto-locking
  • Handle safety latch prevents inadvertent unlocking of the handle
  • Rope installation icons
  • Incorrect rope installation is partially prevented by the shape of the cam
  • Hole in the handle to facilitate remote operation

Applications

  • Descent and positioning
  • Rope ascent
  • Lowering from an anchor
  • Hauling and progress capture
  • Rescue
  • Parallel descenders descent

Skylotec Sirius A-050 descender

Maximum descent rate

  • 2 m/s

Rope capacity

  • Low Stretch ropes (EN 1891 type A) with diameter 10 mm ≤ ø ≤ 12 mm

WORKING LOAD:

  • minimum: 30 kg
  • Single-person use: 140 kg
  • Rated load: 250 kg

Conformity

  • EN 12841:2006 Type C
  • EN 341:2011 Class A (Rescue)
  • ANSI/ASSE Z359.4-2013

Skylotec Sirius A-050 descender Skylotec Sirius A-050 descender

Weight

  • 510 g

Lifetime

  • The lifetime of the Skyotec Sirius is theoretically unlimited.

Guarantee

  • 3 years

Source: Abaris International UK

]]> Fri, 08 Nov 2019 05:22:21 +0000 <![CDATA[Discover the new EX & iL lights from Ledlenser]]> https://worksafegear.com.au/blog/discover-the-new-ex-and-il-lights-from-ledlenser/ With us, the jobs are safe. At least when it comes to the light.

Anyone who works in potentially explosive environments must pay attention to safety when working with electronic devices.

The lights of the new Ledlenser EX and iL series fulfil both Ex and IECEx standards in every respect. Specially designed for contact with explosive gases, vapours and dust in the best possible IIC and IIIC groups.

They are both optimally impervious to dust and water and are certified in accordance with the Ex & IECEx directives.

The two series are thereby organised for different situations of explosion hazards. The EX series is suitable for use in working areas of Zone 0/20 & Zone 1/21 (rechargeable EX models only) and the iL series for use in working areas of Zone 2/22.

Highlight Products

Ledlenser offers you the best light for every environment:

  • Oil and gas drilling rig
  • Gas, oil and coal-fired power plant
  • Chemical park
  • Storage site for oil and gas
  • Petrol station and road tankers
  • Sewerage and sewage treatment plant
  • Paint shop and car repair shop
  • Pharmaceutical factory
  • Food factory
  • Distillery
  • Sawmill
  • and much more

Ledlenser shines a light on explosion protection.

Zone 0/20

Working areas in which explosive atmospheres in the form of flammable gases, vapours or dust clouds (e.g. in gas tanks or grain silos) prevail predominantly.

Zone 1/21

Working areas in which explosive atmospheres in the form of flammable gases, vapours or dust clouds prevail occasionally.

Zone 2/22

Working areas in which explosive atmospheres in the form of flammable gases, vapours or dust clouds (e.g. in case of a gas leak) usually do not prevail / prevail only for a short time.

]]> Fri, 08 Nov 2019 04:24:33 +0000 <![CDATA[3M Ultimate FX Full Facepiece Reusable Respirator FF-400 available in Australia]]> https://worksafegear.com.au/blog/3m-australia-ultimate-fx-full-facepiece-reusable-respirator-ff-400/ Premium comfort, durable, easy-to-clean 3M™ Ultimate FX Full Facepiece Respirator FF-400

Engineered for maximum comfort, durability and visibility, the Ultimate FX FF-400 is the only respirator with Scotchgard™ Protector. This respirator features soft yet durable, silicone material and a large lens for superior peripheral vision.

The 3M™ Ultimate FX Full Facepiece Reusable Respirator FF-400 Series helps provide protection against certain airborne contaminants while keeping your vision clear with the Scotchgard™ protected lens. Scotchgard™ protection makes it possible to wipe paints, stains and other liquids off the large lens. Versatile—use with 3M particulate filters, gas/vapor cartridges and supplied air systems. The 3M™ Cool Flow ™ Valve helps make breathing easier. Passive speaking diaphragm enhances communications, making it possible to be understood when talking. These features combine to make extended wear of the facepiece more comfortable and practical to use while helping to provide protection against certain airborne contaminants.

A number of additional comfort and convenience features have been built into the facepiece, including a head cradle to reduce pressure points and hair pulling, a soft silicone nose cup and faceseal to cushion heavy contact areas, bonded silicone gaskets to prevent loose gaskets from getting lost, and attachments that easily twist on and off. The facepiece fits securely with six straps that snugly wrap around the head, eliminating shifting that can distract on the job and require frequent readjustment. The straps are extremely durable, having been tested with over one million pulls. Recommended applications include assembly , chemical clean-up, chemical handling, chemical splash, chipping, chiseling, cleaning, furnace operations, grinding, laboratories, machining, masonry, painting, pouring/casting, sanding, sawing, and welding. Industries in which this facepiece are commonly used include agriculture, construction, general manufacturing, pharmaceuticals, and primary metals.

3M FF-400

** FF-400-18 is not available in Australia

3M Ultimate FX Full Facepiece Reusable Respirator FF-401, Small
3M Product Number FF-401
3M ID 70071510773
UPC 50051135894182

3M Ultimate FX Full Facepiece Reusable Respirator FF-402 Medium
Part Number 89421
3M Product Number FF-402
3M ID 70071510807
UPC 50051135894212

3M Ultimate FX Full Facepiece Reusable Respirator FF-403, Large
Part Number 89424
3M Product Number FF-403
3M ID 70071510831
UPC 50051135894243

Buy Now

     

3M FF-400 Respirator Training Videos

The 3M™ FF-400 Respirator Training Videos is to help users thoroughly understand the donning, cleaning and maintenance of the Ultimate FX Reusable Respirator.

3M™ FF-400 Respirator Training: Chapter 1 - Donning

Video
3M™ FF-400 Respirator Training: Chapter 1 - Donning

3M™ FF-400 Respirator Training: Chapter 2 - User Seal Checks

Video
3M™ FF-400 Respirator Training: Chapter 2 - User Seal Checks

Design of the 3M™ Ultimate FX Full Facepiece Reusable Respirator FF-400

Video

Video
3M™ Ultimate FX Full Facepiece Reusable Respirator FF-400

]]> Mon, 28 Oct 2019 01:16:45 +0000 <![CDATA[Features and Benefits of Spanset's ERGO iPlus harnesses]]> https://worksafegear.com.au/blog/features-and-benefits-of-spanset-ergo-iplus-harnesses/ ERGO iPlus harnesses are our premium range of products and showcase some of our latest technology. Starting with the revolutionary, patented iWeb™, inspection-ready webbing which gives, for the first time, an objective inspection criteria for cuts and abrasion.

Additionally, after many years of research we have arrived at our premium padding offer which, in the case of our ergonomically supportive waist belts, delivers on the ventilation performance so many have promised but failed to deliver.

Comfortable enough to wear all day long these reliable harnesses are certified to AS/NZS 1891.1 and supported by a NATA accredited compliance and batch testing regime.

Spanset iWeb™

SpanSet’s revolutionary, patented iWeb™ inspection-ready webbing which gives, for the first time, an objective inspection criteria for cuts and abrasion.

"i" is for inspectable, and this patented webbing has been woven with a load bearing indicator core, encased by a further load bearing outer case. When inspecting for cuts or abrasion, simply look for any signs of red yarns showing through the outer silver casing and you have the discard criteria.

This removes the subjective, often mood and opinion based inspection criteria which regularly leads to the condemnation of otherwise good harnesses, another demonstration of SpanSet’s commitment to offering our end user customers value, without compromising safety.

SpanSet Patented iWeb™ is a unitary construction as opposed to a tubular configuration. This construction method allows more consistency and, importantly, a tougher weave with low friction characteristics leading to longer lasting harnesses and lanyards. Excessive abrasion or edge cuts are now easily identified by the red core marker giving an absolute objective discard criteria. Currently available on all Ergo iPlus Harnesses.

Inspection-ready webbing

To inspect your harness, simply look for visible red yarn that clearly marks cuts and abrasions. If the inner red core is visible upon inspection, then the harness must be removed from service.

iWeb™ allows the end user to constantly monitor the condition of their own harness, although it must still be checked by a competent person on a 6 monthly basis, in accordance with AS/NZS 1891.4

Xtreme-Guard Webbing with Self Healing Matrix

A super soft feel webbing which has been treated with a non toxic compound to maximise oil and water resistance. This makes cleaning a much easier task and enhances abrasion resistance. The treatment will self repair should the extremely thin polymer coating become damaged, due to its plasticine like flow qualities and the ability to re-close mechanically.

Xtreme Guard webbing comes standard on Spanset ERGOiPlus Harness Range.

Spanset ERGOiPlus Harness Range

]]> Wed, 09 Oct 2019 01:21:44 +0000 <![CDATA[Workers are falling ill, even dying, after making kitchen countertops]]> https://worksafegear.com.au/blog/workers-are-falling-ill-even-dying-after-making-kitchen-countertops/

Artificial stone used to make kitchen and bathroom countertops has been linked to cases of death and irreversible lung injury in workers who cut, grind and polish this increasingly popular material.

The fear is that thousands of workers in the United States who create countertops out of what's known as "engineered stone" may be inhaling dangerous amounts of lung-damaging silica dust, because engineered stone is mostly made of the mineral silica.

Jose Martinez, 37, worked for years as a polisher and cutter for a countertop company that sold engineered stone, as well as natural stone like marble. He says dust from cutting the slabs to order was everywhere.

"If you go to the bathroom, it's dust. When we go to take lunch, on the tables, it's dust," he says. "Your nose, your ears, your hair, all your body, your clothes — everything. When you walk out of the shop, you can see your steps on the floor, because of the dust."

Now, he's often weak and dizzy and has pain in his chest. He can no longer play soccer or run around with his kids. Doctors have diagnosed silicosis, a lung disease that can be progressive and has no treatment except for lung transplant. Martinez is scared after hearing that two other workers from the same company, who were also in their 30s, died of silicosis last year.

"When I go to sleep, I think about it every night — that if I'm going to die in three or four, five years?" he says, his voice breaking. "I have four kids, my wife. To be honest with you, every day I feel worse. Nothing is getting better."

His experience is just one of those described in a new report on 18 cases of illness, including two deaths, among people who worked principally with engineered stone in California, Colorado, Texas and Washington.

The workers were nearly all Hispanic, almost all were men, and most had "severe, progressive disease."

"I am concerned that what we may be seeing here may just be the tip of the iceberg," says Dr. Amy Heinzerling, an epidemic intelligence service officer with the Centers for Disease Control and Prevention who is assigned to the California Department of Public Health.

Engineered stone typically contains over 90% silica. Granite ... usually contains less than 45% silica. Marble usually contains less than 10%.

Engineered stone took off as a popular option for countertops about a decade ago and is now one of the most common choices for kitchens and bathrooms. From 2010 to 2018, imports of the material rose about 800%.

Manufacturers say the material is preferable to natural stone because it's less likely to crack or stain. Companies make their engineered stone by embedding bits of quartz in a resin binder, and that means it's almost entirely composed of crystalline silica.

"Engineered stone typically contains over 90% silica," says Heinzerling. "Granite, for instance, usually contains less than 45% silica. Marble usually contains less than 10%."

While all this silica isn't a concern once the countertop is installed in a kitchen or bathroom, it is a potential problem for the businesses that cut slabs of this artificial stone to the right shape for customers.

"Workers who cut with the stone can be exposed to much higher levels of silica," says Heinzerling, "and I think we're seeing more and more workers who are working with this material who are being put at risk."

A spokesperson for a trade organization that represents major manufacturers of engineered stone, A.St.A. World-wide, sent NPR a written statement, noting that dust-related diseases can come from unsafe handling of many different materials and that "these risks are not specific to engineered stone."

What's more, the statement goes on, engineered stone surfaces "are totally safe in their fabrication and installation if it is performed according to the recommended practices." Manufacturers, according to the trade group, have been working to educate fabricators about these practices.

Still, Heinzerling believes that "the fact that all of our affected workers worked with engineered stone, as did many of the workers reported internationally, is really important."

One recent study in Australia found that at least 12% of workers who cut stone countertops had silicosis. Those cases, and the new cases in the United States, have public health experts now wondering about the nearly 100,000 U. S. workers in this industry.

"We knew we'd see more cases. It's disappointing that OSHA hasn't done anything to stop these cases from occurring. These cases were predictable, and they were preventable." says David Michaels, former head of OSHA, U.S. Department of Labor, 2009-2017.

Officials estimate that there are more than 8,000 stone fabrication businesses in the United States. Many are small-scale operations that might not understand the dangers of silica or how to control it.

Clusters of silicosis cases, some requiring lung transplants, had already occurred among workers who cut engineered stone in Israel, Italy and Spain when doctors saw the first North American case in 2014.

That was a 37-year-old Hispanic man who had worked at a countertop company and had been exposed to dust, including dust from engineered stone, for about a decade.

More cases were then discovered in California when public health workers did a routine search of hospital discharge records for a diagnosis of silicosis. They identified a 38-year-old man who had died of silicosis in 2018 after working for a countertop manufacturer.

When they investigated his former workplace, they learned of another worker who had died of silicosis in 2018 at age 36. Four other workers from that same company, including Martinez, have been diagnosed with silicosis.

Not just miners anymore

Meanwhile, in Colorado, an unusually high number of people with silicosis were showing up at the occupational health practice of Dr. Cecile Rose, professor of medicine at National Jewish Health and the University of Colorado.

"Over a period of less than 18 months, I had seen seven cases of silicosis in younger workers," says Rose.

In the past, her patients with silicosis tended to be miners, who had dug for metals such as gold and silver many years before. Her new patients were younger and were working with companies that processed slabs of engineered and natural stone.

"We actually not only saw people who were directly cutting and grinding the stone, but we saw people who were just sweeping up the work site after the stone had been cut," says Rose. "They were exposed to the silica particles that were suspended in the air just with housekeeping duties."

More cases have been found in Texas. And in 2018, public health workers identified a 38-year old Hispanic man with silicosis in Washington who fabricated countertops. "He is facing serious health issues and is being considered for a lung transplant," according to Washington State Department of Labor & Industries.

Controlling the dust is key

None of this surprises David Michaels, an epidemiologist at George Washington University who used to run the Occupational Safety and Health Administration, a safety agency within the Department of Labor. In 2015, he says, OSHA issued a "hazard alert" warning of a significant exposure risk for workers who manufacture natural and artificial stone countertops.

"We knew we'd see more cases," says Michaels. "It's disappointing that OSHA hasn't done anything to stop these cases from occurring. These cases were predictable, and they were preventable."

Prevention basically comes down to controlling the dust. Stone cutting businesses can choose from a variety of proven methods ranging from working with stone while it's wet to using vacuum or filtration systems that remove dust from the air.

In 2016, OSHA issued new workplace limits on how much silica could be in the air. This controversial new rule reduced the permissible exposure level to half of what it had been. Safety experts hailed the new, tighter limit as an important step forward; the previous regulations had been based on decades-old science, they said. But many industry groups opposed it.

A year later, the incoming Trump administration ended the safety agency's national emphasis program for silica. That program would have allowed OSHA to target the countertop fabrication industry for special inspections, says Michaels.

"That way OSHA can have an impact on the entire industry," says Michaels. "But OSHA is not doing that."

Without that program, says Michaels, OSHA is limited in what it can legally do. OSHA can investigate a workplace injury or a complaint. But these workers, some of whom are undocumented immigrants with few employment options, are unlikely to complain.

A spokesperson for OSHA tells NPR that the agency will determine "at a later date" whether a revised silica special emphasis program is needed; in the meantime, the agency "continues to enforce the 2016 silica standard."

"Employers are responsible for providing a safe and healthy workplace free from recognized hazards," the spokesperson says.

Some countertop manufacturers are well aware of the dangers of silica. David Scott, the owner and operator of Slabworks of Montana, in Bozeman, estimates that about 40% to 50% of what he sells and cuts is the engineered stone.

He has been able to dramatically reduce the amount of silica dust in his countertop fabrication shop over the past five years, he says.

One of his insurers provided testing for airborne silica, and Scott says levels were initially only marginally acceptable, even though his facility doesn't do any dry processing of stone, which creates more dust. "We were a wet shop at that time, and we were still marginal," he says.

Part of the problem was that water with silica dust would end up on the floor, he explains, and some of the water would evaporate before going down the drain.

"If you came in in the morning, you would see a white residue on our floor, and that was the dust," says Scott. "So the first thing we did was bring in a floor scrubber. We call it our Zamboni."

The machine scrubs and vacuums up the water, and Scott says that reduced the silica load in the air substantially. He then added new air handling systems to further remove dust. "We brought our silica levels, at times, down to undetectable," says Scott.

He says consumers who want to make sure they're buying a countertop from a responsible vendor can vet fabricators by looking to see if they are accredited by the Natural Stone Institute, which trains companies on how to safely cut and polish stone. Accreditation requires companies to basically invite OSHA in to do an inspection.

But many operators, especially smaller ones, won't have gone through this process. If a showroom is attached to a manufacturing shop, Scott says, a countertop buyer could simply look around.

"How much dust do you see? Because it gets everywhere," says Scott. "General cleanliness is going to tell you a lot."

Australia sees a spike in cases

In Australia, where government officials are grappling with a spike in aggressive cases of silicosis among workers who cut engineered stone, medical organizations are urging doctors to screen young workers to identify those who have lung disease.

Dr. Graeme Edwards, an occupational health physician in Brisbane, Queensland, says that currently there are more than 250 known cases of silicosis among people who manufacture countertops — or "benchtops," as they are called in Australia.

Anyone who has worked with engineered stone for more than three years should have a high-resolution CT scan to check for lung injury, says Edwards, even if they don't have any symptoms. He says this is especially true if they engaged in any dry-cutting of this material for more than a year, regardless of whether they used respiratory protection.

In an email, he says that American researchers' assertion in their new report that, based on Australia's experience, "there might be many more U. S. cases that have yet to be identified" is "a GROSS understatement."

Jose Martinez, who is worried about his future, says he wants workers to know that the danger is real and that they have to protect themselves, because some companies may not care.

"At the end, it's your family, it's your health. It's not about other people. It's not about if your boss likes it or not," says Martinez. "If you die, who is going to feed your kids? Who is going to take care of your family?"

Source

Related blog

]]> Thu, 03 Oct 2019 01:10:24 +0000 <![CDATA[Petzl ASTRO Safety Harness - International vs Australian/European]]> https://worksafegear.com.au/blog/differences-petzl-astro-international-australian-european/

Source: Abaris International UK

The new International version of the Petzl ASTRO Bod Fast harness will be available from our stores from October 2019. There are a number of differences between the International and the Australian versions. We've collated the relevant information and have highlighted the differences:

Differences between the Petzl ASTRO International and Australian versions

Releasable shoulder buckle and lanyard parking points

  • The addition of the releasable shoulder buckle on the International version of the Petzl ASTRO is a useful addition
  • The doubleback buckle on the right-hand side (while wearing) is different to the Australian version
  • Lanyard parking points have been included; a parked lanyard connector will release with a 5kg force (0.05kN)
Petzl C083ba_astro_bod International

C083BA0x International showing shoulder buckle and lanyard parking points

Fall indicator on dorsal attachment point

The International version of the Petzl ASTRO includes a fall indicator on the dorsal attachment point which means it conforms to the relevant ANSI Standard.

Petzl C083ba_astro_bod International

C083BA0x International showing fall indicator on dorsal attachment point

Ventral attachment point

The Australian version of the Petzl ASTRO ventral attachment point cannot be used on the International version, again, because of the AU/NZS Standards. The International version does not therefore offer the facility to captivate progress lanyards on the central bar of the ventral attachment point. It does however still offer the ability to connect the Petzl PODIUM to the ends of the bar, using either the shackle accessories (C087AA00) or using two Petzl Sm’D’s (M39ATL)

c083ba_astro_bod_Leg loop webbing to ventral "C083AA-ASTRO-BOD-FAST
C083BA0x International ventral attachment point C083AA0x Australian ventral attachment point. Lanyard, shackles and PODIUM sold separately

Lateral attachment points

  • The two lateral attachment points are conventional metal construction (rather than the plastic inserts of the Australian version)
  • This means they can be folded back out of the way when not in use
  • There is a saving on weight due to the H-profile (cross-section) construction
Petzl C083ba_astro_bod International C083AA-ASTRO-BOD-FAST lateral attachment points
C083BA0x International lateral attachment point C083AA0x Australian lateral attachment point

Waist-belt buckles

The doubleback waist-belt buckles are different to the Australian version.

C083BA0x_astro_bod_waist-belt buckle C083AA-ASTRO-BOD-FAST
C083BA0x waist-belt doubleback buckle C083AA0x Australian waist-belt doubleback buckle

Wider webbing from the leg loops to the waist-belt

The webbing from the leg loops to the waist-belt is wider than the Australian version because the webbing needs to be folded in order to fit onto the central bar of the ventral attachment point.

c083ba_astro_bod_Leg loop webbing to ventral C083AA-ASTRO-BOD-FAST_leg loop webbing to ventral
C0830BA0x International wider webbing from leg loops to ventral attachment point C0830AA0x Australian narrower webbing from leg loops to ventral attachment point

Leg loop buckles

Again, to comply with ANSI Standards, the leg loop FAST buckles are different to the Australian FAST-LT buckles.

C083BA0x_astro_bod_leg loop buckle C083AA-ASTRO
C083BA0x International leg loop FAST buckle C083AA0x Australian leg loop FAST LT buckle

Source: Abaris International UK

You can buy both versions of the Petzl ASTRO Bod Fast from our website.

Petzl Astro Bod Fast

Related: CE Markings on PPE

]]> Tue, 01 Oct 2019 06:14:47 +0000 <![CDATA[3M gas mask and filters used by Hong Kong protesters]]> https://worksafegear.com.au/blog/3M-gas-mask-and-filters-used-by-hong-kong-protesters/

Taiwan’s tear gas mask stocks running out

Demand from Hong Kong protesters and civilians fearing tear gas sees supplies run low in Taipei

After helmets and balaclavas, face masks with air filters have been flying off the shelves at stores in Hong Kong as the smell of tear gas fired by police drifts through the restive city, but stocks are running low.

In Kwai Fong, for example, a largely residential town in the New Territories, many streets and the train station still reek of tear gas after a police riot squad clashed with protesters inside the station concourse during a fierce skirmish on Sunday evening.

Now more Hongkongers, incensed by alleged police brutality, are turning to Taiwan to buy masks and filters. They say even if they do not join future demonstrations, they will need the items to protect themselves and their children as the police have shown no qualms about firing the irritating chemical substance at crowds.

Dealers from the 3M outlet in Taiwan told local newspapers they were doing a brisk trade thanks to orders for high-grade air filters from Hong Kong, and since July they had seen a surge in demand for high-end cartridge filters which help neutralize the effects of tear gas.

Almost all stocks of the masks and filters have been depleted at 3M’s distributors in Hong Kong.

Highlight Products

The Liberty Times reported that many customers visiting 3M shops in Taiwan were from Hong Kong and bought in bulk, with some snapping up NT$200,000 (US$6,400) worth of filters and stowing the items in their suitcases before heading for the airport, while others placed mail orders through Taiwanese intermediaries.

Some models featuring extra filter cartridges from the Minnesota-based protective gear manufacturer have been out of stock on the island, including models 60921, 60923, 60925 and 60928. Normally there are used by people dealing with erosive or toxic chemicals.

Highlight Products

Apart from shielding the protesters from tear gas, those on the frontlines in the tense stand-offs with police also need masks to hide their identities as they are wary of cameras. Meanwhile, many Taiwanese political groups sympathetic with the demonstrators in Hong Kong have been couriering supplies, including helmets, masks and goggles, to Hong Kong.

The show of support has drawn the ire of Hong Kong authorities, with the city’s former chief executive Tung Chee-hwa putting the blame squarely on Taiwan for instigating and supporting the spate of violence and clashes.

Credit & Source

3M Respirator Mask Filters

3M Respirator Mask Filters

Half Face Mask Size Guide

*NOTE - This chart serves as a guideline for repirator sizing.

]]> Tue, 13 Aug 2019 04:47:27 +0000 <![CDATA[Petzl ASAP and ASAP LOCK Changes for 2019]]> https://worksafegear.com.au/blog/petzl-asap-and-asap-lock-changes-for-2019/ To comply with new European PPE regulations, PETZL revamped the entire ASAP, ASAP LOCK, and ASAP’SORBER line for recertification in spring 2019. For the most part, each device looks the same, but several changes were made in rope, connector, and energy absorber compatibility.

Simplifying the ASAP line

Through 2019, there were two ASAP models, one only CE certified and sold with an OK TL, and the other both CE and ANSI certified and sold with an OXAN TL.

Starting in June 2019, the two models will merge into one and be sold without a connector.


The ASAP is still compatible with the OK TL (M33A TL) and OXAN TLA (M72A TLA) connectors.
The ASAP LOCK remains unchanged.

Simplifying the ASAP’SORBER line

Through June 2019, the ASAP’SORBER line included five models:

  • The ASAP’SORBER 20 and 40, both EN 355 certified,
  • The ASAP’SORBER 20 and 40 international version, both ANSI Z359.13 certified, and also EN 12841 and EN 353-2 certified when part of the ASAP and ASAP LOCK systems.
  • ASAP’SORBER AXESS, ANSI Z359.13 certified, and also EN 12841 and EN 353-2 certified when part of the ASAP and ASAP LOCK systems.

Starting in July 2019, the line will include just three models, making certification much easier to understand: 

  • The ASAP’SORBER 20 and 40 (physically identical to the prior international version),
  • The ASAP’SORBER AXESS (physically identical to the prior international version). 

Both are EN 355 and ANSI Z359.13 certified.
The ASAP’SORBER AXESS remains the only model designed specifically for rescue with a capacity up to 250kg. The CAPTIV is no longer delivered with the ASAP’SORBER. Please note: for compliance with ANSI Z359.13, you need to use the CAPTIV. 


The old ASAP and ASAP LOCK models are compatible with the ASAP’SORBER that will be sold starting in July 2019. However, when used together, the system will not be certified.

Adding the Bm’D to ASAP compatibility as part of ANSI Z359.15

In addition to the OXAN TLA, the Bm’D TLU can now be used with the ASAP in compliance with ANSI Z359.15 certification.

New ASAP’AXIS rope compatible with the ASAP and ASAP LOCK as part of EN 353-2

The new PPE regulation requires manufacturers to ensure that their products comply with the change in standards. This is the case for EN 353-2, which now requires more stringent testing: all fall-arrest devices used with a detachable energy absorber, like the ASAP, need to pass the tests with or without an energy absorber (impact force < 6kN).

Petzl therefore decided to develop a rope with an integrated energy absorber on the end that is clipped to the anchor: the ASAP'AXIS.

The ASAP'AXIS can be used with an ASAP’SORBER energy absorber on the ASAP and ASAP LOCK.


ASAP EN 353-2 certification

Only the ASAP’AXIS rope is compatible with the ASAP as part of EN 353-2.

ASAP LOCK EN 353-2 certification

Like other Petzl semi-static ropes, the ASAP’AXIS is EN1891 certified. It can theoretically be used with descenders such as the I’D or RIG, and rope clamps like the ASCENSION or BASIC… However, for this type of use a high impact fall may activate the energy absorber, requiring the rope to be prematurely retired.

Petzl Products Related to this post

Source

]]> Wed, 03 Jul 2019 04:28:25 +0000 <![CDATA[Huge EOFY online Sale starts now!]]> https://worksafegear.com.au/blog/huge-eofy-online-sale-2019/

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]]> Tue, 25 Jun 2019 00:44:33 +0000 <![CDATA[Respirators The Importance of Fit]]> https://worksafegear.com.au/blog/respirators-the-importance-of-fit/

Disposable respirators are most effective when there is a good seal between the edges of the respirator and your face. The instant this seal is broken, protection is compromised as contaminated air can leak in through any gaps.

These fitting instructions must be followed each time a 3M™ Aura™ Particulate Respirator 9300A+ Series is worn.

Make sure that your face is clean shaven. Respirators should not be worn with stubble, beards or other facial hair under the area of the face seal as these can prevent a good seal to the face.

Make sure that long hair is tied back and jewellery is removed so that it does not interfere with the seal to the face.

1. With the reverse side up and using the tab, separate the top and bottom panels of the respirator to form a cup shape. Bend slightly at the centre of the noseclip.

2. Ensure that both panels are fully unfolded.

3a. Cup the respirator in one hand with the open side towards your face.

3b. Take both straps in your other hand. Hold the respirator under your chin, with the nosepiece facing upwards and pull the straps over your head.

4. Locate the upper strap across the crown of the head and the lower strap below your ears. The straps must not be twisted. Adjust the top and bottom panels for a comfortable fit, ensuring that the panels and tab are not folded in.

5. Using both hands, mould the noseclip to the shape of the nose to ensure a close fit and a good seal. The respirator may not fit as well if you pinch the noseclip using one hand. Use two hands.

6. Perform a fit-check by covering the front of the respirator with both hands taking care not to disturb its fit.

  • If you’re using an unvalved respirator, exhale sharply.
  • If you’re using a valved respirator, inhale sharply.
  • If air leaks around the nose, readjust the noseclip to eliminate leakage then repeat the fit check. If air leaks at the respirator edges, work the straps back along the sides of the head to eliminate leakage then repeat the fit check.
  • If you cannot achieve a proper fit, DO NOT enter the hazardous area. Consult your supervisor.
]]> Thu, 30 May 2019 01:42:18 +0000 <![CDATA[Beehive Tool Bags WA | Heavy duty tradie tool bags]]> https://worksafegear.com.au/blog/beehive-tool-bags-wa/ WorkSafeGEAR Australia supplies Beehive Vinyl Products:
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Italy, Magenta, Mount Sheridan, Newdegate, South Newdegate, Varley, Hatter Hill, Lake King, Mount Madden, Pingaring, Karlgarin, Forrestania, Hyden, Harrismith, Tincurrin, Dudinin, Walyurin, Jilakin, Jitarning, Kulin, Kulin West, Kondinin, South Kumminin, Mount Walker, Narembeen, Wadderin, West Holleton, Woolocutty, East Wickepin, Kirk Rock, Malyalling, Wickepin, Wogolin, Yealering, Bullaring, Adamsvale, Bilbarin, Corrigin, Gorge Rock, Kunjin, Kurrenkutten, Badjaling, Balkuling, Cubbine, Dangin, Doodenanning, Dulbelling, Mount Stirling, Quairading, South Quairading, Wamenusking, Yoting, Pantapin, Kwolyin, Shackleton, Bannister, Boddington, Crossman, Lower Hotham, Marradong, Mount Cooke, Mount Wells, North Bannister, Ranford, Upper Murray, Wuraming, Quindanning, Williams, Bokal, Dardadine, Darkan, Meeking, Duranillin, Moodiarrup, Beaufort River, Boilup, Boscabel, Changerup, Mokup, Muradup, Orchid Valley, Qualeup, Cherry Tree Pool, Jingalup, Kojonup, Lumeah, Mobrup, Ryansbrook, Frankland River, Rocky Gully, Broke, North Walpole, Walpole, Buckland, Burlong, Cunjardine, Irishtown, Jennacubbine, Jennapullin, Malabaine, Meenaar, Mokine, Muluckine, Mumberkine, Muresk, Northam, Rossmore, Southern Brook, Spencers Brook, Throssell, Wongamine, Grass Valley, Greenwoods Valley, Meckering, Quelagetting, Warding East, Cunderdin, Waeel, Watercarrin, Wyola West, Youndegin, North Tammin, South Tammin, Tammin, Daadenning Creek, Kellerberrin, Mount Caroline, North Kellerberrin, Doodlakine, South Doodlakine, Baandee, North Baandee, Hines Hill, Nangeenan, Goomarin, Korbel, Merredin, Nokaning, Norpa, Tandegin, Bruce Rock, Ardath, Cramphorne, Muntadgin, Burracoppin, South Burracoppin, Warralakin, Walgoolan, Boodarockin, Carrabin, Warrachuppin, Westonia, Bodallin, North Bodallin, South Bodallin, Dulyalbin, Moorine Rock, Corinthia, Ghooli, Holleton, Marvel Loch, Mount Hampton, Mount Holland, Mount Jackson, Mount Palmer, Parker Range, Skeleton Rock, South Yilgarn, Southern Cross, Turkey Hill, Yellowdine, Koolyanobbing, Babakin, Boorabbin, Bullabulling, Coolgardie, Karramindie, Londonderry, Mount Burges, Victoria Rock, Wallaroo, Binduli, Broadwood, Hannans, Kalgoorlie, Karlkurla, Lamington, Mullingar, Piccadilly, Somerville, South Kalgoorlie, West Kalgoorlie, West Lamington, Williamstown, Yilkari, Boorara, Brown Hill, Bulong, Emu Flat, Feysville, Kanowna, Kookynie, Kurnalpi, Lakewood, Ora Banda, Plumridge Lakes, Trafalgar, Warburton, Boulder, Fimiston, South Boulder, Victory Heights, Hannans Po, Kalgoorlie Po, Cundeelee, Forrest, Parkeston, Rawlinna, Zanthus, Menzies, Ularring, Leinster, Sir Samuel, Lake Darlot, Leonora, Bandya, Beadell, Cosmo Newbery, Lake Wells, Laverton, Neale, Kambalda East, Kambalda West, Balladonia, Caiguna, Cocklebiddy, Dundas, Eucla, Fraser Range, Higginsville, Madura, Mundrabilla, Norseman, Widgiemooltha, North Cascade, Salmon Gums, Grass Patch, Lort River, Mount Ney, Scaddan, Wittenoom Hills, Gibson, Bandy Creek, Beaumont, Boyatup, Cape Le Grand, Cascade, Castletown, Chadwick, Condingup, Coomalbidgup, Dalyup, East Munglinup, Esperance, Howick, Merivale, Monjingup, Munglinup, Myrup, Neridup, Nulsen, Pink Lake, Sinclair, West Beach, Windabout, Buraminya, Cape Arid, Israelite Bay, Goomalling, Hulongine, Karranadgin, Ucarty West, Walyormouring, Dowerin, Koomberkine, Hindmarsh, Minnivale, Ucarty, Benjaberring, Manmanning, Cadoux, Burakin, Goodlands, Kalannie, Petrudor, Kulja, Beacon, Bimbijy, Cleary, Karroun Hill, Mouroubra, Remlap, Tampu, North Wialki, Wialki, Badgerin Rock, Booralaming, Dukin, Koorda, Lake Margarette, Mollerin, Newcarlbeon, Gabbin, Bencubbin, Welbungin, Barbalin, Bonnie Rock, Dandanning, Elachbutting, Karloning, Lake Brown, Mukinbudin, Wattoning, Wilgoyne, Nukarni, Bullfinch, Ennuin, Lake Deborah, Cowcowing, Korrelocking, Nalkain, Nembudding, Wyalkatchem, North Yelbeni, South Yelbeni, Yelbeni, North Trayning, South Trayning, Trayning, Kununoppin, North Kununoppin, South Kununoppin, Burran Rock, Chandler, Elabbin, Kwelkan, Nungarin, Talgomine, Muchea, Bindoon, Bindoon Training Area, Bambun, Beermullah, Boonanarring, Breera, Coonabidgee, Cowalla, Cullalla, Gingin, Ginginup, Granville, Lennard Brook, Mindarra, Moondah, Moore River National Park, Muckenburra, Neergabby, Orange Springs, Red Gully, Wanerie, Yeal, Mooliabeenee, Wannamal, Mogumber, Cataby, Cooljarloo, Dandaragan, Mimegarra, Regans Ford, Yathroo, Glentromie, New Norcia, Waddington, Yarawindah, Barberton, Berkshire Valley, Gillingarra, Koojan, Moora, Walebing, Cervantes, Coomberdale, Namban, Gunyidi, Watheroo, Green Head, Leeman, Coorow, Eganu, Marchagee, Waddy Forest, Jurien Bay, Carnamah, Eneabba, Warradarge, Arrino, Arrowsmith East, Dudawa, Kadathinni, Three Springs, Womarden, Badgingarra, Boothendarra, Grey, Hill River, Nambung, Bundanoon, Holmwood, Ikewa, Lockier, Mingenew, Mooriary, Mount Budd, Nangetty, Yandanooka, Yarragadee, Allanooka, Arrowsmith, Bonniefield, Bookara, Dongara, Irwin, Milo, Mount Adams, Mount Horner, Port Denison, Springfield, Yardarino, Mount Hill, South Greenough, Walkaway, Beachlands, Beresford, Bluff Point, Geraldton, Geraldton DC, Houtman Abrolhos, Karloo, Mahomets Flats, Meru, Moresby, Mount Tarcoola, Rangeway, Spalding, Strathalbyn, Sunset Beach, Tarcoola Beach, Utakarra, Waggrakine, Wandina, Webberton, West End, Wonthella, Woorree, Geraldton Po, Ajana, Binnu, Bootenal, Bringo, Buller, Burma Road, Cape Burney, Carrarang, Coburn, Coolcalalaya, Dartmoor, Deepdale, Dindiloa, Drummond Cove, Durawah, East Chapman, East Nabawa, East Yuna, Ellendale, Eradu, Eradu South, Eurardy, Georgina, Glenfield, Greenough, Hamelin Pool, Hickety, Howatharra, Kojarena, Marrah, Meadow, Minnenooka, Moonyoonooka, Mount Erin, Nabawa, Nanson, Naraling, Narngulu, Narra Tarra, Nerren Nerren, Nolba, North Eradu, Northern Gully, Oakajee, Rockwell, Rudds Gully, Sandsprings, South Yuna, Tamala, Tibradden, Toolonga, Valentine, Wandana, West Binnu, White Peak, Wicherina, Wicherina South, Yetna, Yuna, Alma, Bowes, East Bowes, Gregory, Horrocks, Isseka, Northampton, Ogilvie, Sandy Gully, Yallabatharra, Kalbarri, Kalbarri National Park, Zuytdorp, Denham, Dirk Hartog Island, Francois Peron National Park, Monkey Mia, Nanga, Shark Bay, Useless Loop, Beechina, Chidlow, Gorrie, Malmalling, The Lakes, Wooroloo, Wundowie, Bakers Hill, Copley, Woottating, Clackline, Bejoording, Carani, Coondle, Culham, Dumbarton, Hoddys Well, Katrine, Nunile, Toodyay, West Toodyay, Dewars Pool, Julimar, Moondyne, Bolgart, Wattening, Wyening, Calingiri, Old Plains, Yerecoin, Piawaning, Bindi Bindi, Gabalong, Miling, Konnongorring, Lake Hinds, Lake Ninan, Mocardy, Wongan Hills, Kondut, Ballidu, East Ballidu, West Ballidu, East Damboring, Marne, Pithara, Dalwallinu, Nugadong, Xantippe, Jibberding, Miamoon, Paynes Find, Wubin, Buntine, Maya, Latham, Perenjori, Rothsay, Bowgada, Bunjil, Gutha, Koolanooka, Morawa, Pintharuka, Merkanooka, Canna, Tardun, Devils Creek, Mullewa, Murchison, Nerramyne, Nunierra, West Casuarinas, Wongoondy, Woolgorong, Pindar, Ambania, Tenindewa, South Murchison, Yalgoo, Cooladar Hill, Daggar Hills, Mount Magnet, Paynesville, Sandstone, Cue, East Murchison, Lake Austin, Reedy, Weld Range, Angelo River, Capricorn, Kumarina, Meekatharra, Peak Hill, Lake Carnegie, Little Sandy Desert, Wiluna, Babbage Island, Bernier Island, Brockman, Brown Range, Carbla, Carnarvon, Coral Bay, Dorre Island, East Carnarvon, Gilroyd, Greys Plain, Inggarda, Kennedy Range, Kingsford, Lyndon, Macleod, Massey Bay, Minilya, Morgantown, Ningaloo, North Plantations, South Carnarvon, South Plantations, Talisker, Woodleigh, Wooramel, Yalardy, Yandoo Creek, East Lyons River, Gascoyne Junction, Gascoyne River, West Lyons River, Cape Range National Park, Exmouth, Exmouth Gulf, Learmonth, North West Cape, Cane, Onslow, Peedamulla, Talandji, Yannarie, Thevenard Island, Barrow Island, Dampier, Dampier Archipelago, Antonymyre, Balla Balla, Baynton, Bulgarra, Burrup, Cleaverville, Cooya Pooya, Gap Ridge, Gnoorea, Karratha, Karratha Industrial Estate, Maitland, Mardie, Millars Well, Mount Anketell, Mulataga, Nickol, Pegs Creek, Sherlock, Stove Hill, Fortescue, Hamersley Range, Millstream, Pannawonica, Roebourne, Whim Creek, Cossack, Point Samson, Wickham, Indee, Mundabullangana, Pardoo, Port Hedland, Redbank, Strelley, Wallareenya, Wedgefield, Boodarie, De Grey, Finucane, Pippingarra, South Hedland, Bilingurr, Broome, Dampier Peninsula, Djugun, Eighty Mile Beach, Gingerah, Lagrange, Minyirr, Roebuck, Waterbank, Cable Beach, Camballin, Derby, Geegully Creek, Kimbolton, King Leopold Ranges, Meda, St George Ranges, Willare, Cockatoo Island, Koolan Island, Drysdale River, Kalumburu, Mitchell Plateau, Oombulgurri, Prince Regent River, Wyndham, Cambridge Gulf, Durack, Gibb, Kununurra, Lake Argyle, Warmun, Chichester, Innawanga, Juna Downs, Karijini, Mount Sheila, Mulga Downs, Nanutarra, Rocklea, Tom Price, Wittenoom, Newman, Paraburdoo, Nullagine, Marble Bar, Telfer, Fitzroy Crossing, Mount Hardman, Halls Creek, Mcbeath, Mueller Ranges, Ord River, Purnululu, Sturt Creek, Tanami, Christmas Island, Home Island Cocos Keeling Islands, West Island Cocos Keeling Islands, Perth St Georges Tce, Perth Adelaide Tce, Perth BC, Cloisters Square Po, Subiaco Po, Northlands Po, Midland DC, Malaga DC, Royal Australian Navy Warships, Myaree BC, Kwinana

]]> Fri, 24 May 2019 03:35:10 +0000 <![CDATA[Ladies Tradie Tool Bags now available]]> https://worksafegear.com.au/blog/beehive-ladies-tradie-tool-bags-now-available/ Ladies Tradie tool bags are now available in Pink, purple, teal & other colours to suit the girls so they stand out from the boys and for fellas who want to buy something special for their girl! (Note different vinyl material may need to be used to meet desired colour choices).

Highlight Products

]]> Fri, 24 May 2019 03:21:26 +0000 <![CDATA[Beehive Vinyl Tool Bag Care and Maintenance]]> https://worksafegear.com.au/blog/beehive-vinyl-tool-bag-care-and-maintenance/ Your Beehive Vinyl Tool bag is designed and manufactured to last in tough site conditions; however, to achieve a long life expectancy and safe usage of your bag and to avoid voiding your warranty, the following care & maintenance instructions must be followed:

  • Only use warm soapy water to clean your tool bag - do not use acids, alkaline, bleach or harsh detergents.PVC Bags - Most soiling can be removed with warm soapy water and several clear water rinses. We recommend the use of “simple green” all purpose non toxic cleaner (available at most hardware stores) to clean most marks off the PVC. If necessary, for stubborn marks, a 1:10 dilution of household bleach containing 5.25% Sodium Hypochlorite will not harm the fabric. Moderate scrubbing with a medium bristle will help loosen the soiling agent from the depressions of embossed surfaces. Powdered abrasives, steel wool and industrial strength cleaners are not recommended, as they will dull the surface gloss. Dry cleaning fluids and lacquer solvents attack the surface, and should not be used. Canvas bags - Canvas requires regular cleaning and re-proofing every twelve months to maintain appearance and prolong useful life. Canvas has low resistance to applied heat, so avoid cleaning implements and methods likely to damage the fibres. You can clean regularly to remove dust or other solid particles by using clean water from a hose. For soiling, wash first with a mild solution of soap in luke warm water (38ºC max) and rinse thoroughly. DO NOT USE HARSH DETERGENTS. Stubborn soiling may require treatment with a 1:4 dilution of hydrochloride bleach (some whitening may occur though). Apply with a soft brush and rinse thoroughly & let dry.
     
  • Ensure frequent visual inspections are undertaken prior to use. Check the tool bag for signs of damage or weakness, paying particular attention to the threads and webbing on the straps on the tool bag.

  • Always check for visible signs of degradation of the webbing fabric. Normal wear and tear can reduce the strength of the webbing strap. If webbing becomes significantly damaged due to abrasions, cuts, prolonged exposure to sunlight over time or chemicals than it should be replaced. Signs of severe fading on the webbing can indicate prolonged exposure to sunlight this can possibly reduce the strength and compromise not only your safety but the safety of others.

  • Check zippers operate smoothly as they should zip & unzip easily with no "catching". If zippers are starting to catch, lubricate the zippers using a silicon spray or if you work in a fairly dusty environment use paraffin wax as less dust will stick to it then silicon spray.

  • Check any hook and loop tape closures for any debris that may have attached itself to the hook or loop sides. This can be particles of sand, thread-like material and even bits of dried vegetation. This can be removed using a toothbrush or other medium bristled brush.

  • The base of the bag is manufactured from HDPE which has excellent resistance to acids, alkalis & organic fuels. The PVC vinyl has good acid and other chemical resistance, however avoid standing your tool bag in acid, fuel, alkalis or other chemicals as exposure to these chemicals can reduce the life expectancy of your bag. If your bag is exposed to any of these chemicals, we recommended rinsing bag off at the earliest opportunity.

  • Remain within the recommended weight limits printed on the tool bag label as this is the safe working load limit for occupational health & safety reasons. The bag is strong enough to carry much, much more than this, however, to allow for OH&S ergonomic limits on what a person may be able to safely lift without an injury occurring, do not overload the bag more then the recommended weight limit or overfill the bag so as tools are hanging out.  Users however should conduct their own risk assessment to ensure 15kg weight is suited to the capabilities of the person using the bag and the duration and environment  the bag is being carried.

  • Always make sure you secure your tools in your bag before lifting, walking or any transportation of the bag. This is especially important when working above others as serious injury can occur if any of your tools falls out of the bag onto someone below. Ensure flaps, pockets, buckles and locks are closed before lifting your bag and avoid have any tools or unclipped buckles loose that may catch on nearby items - especially if you are climbing a ladder or stairs. If you climb a ladder often with your tools, you way want to consider a Beehive tool backpack which allows you to safely have both hands free when climbing. The user of this bag assumes all risk & liability from for its handling & use.

  • Our Tool bags are manufactured from a specialised heavy duty, fire resistant, high quality vinyl that we have manufactured for us in Australia by an Australian owned company. These materials are tested to AS2001.2.3 tensile strength standard, BS 3424.5 Tongue tear standard, AS1441.6 flex cracking standard and flame retardant tested to parts 2 & 3 of AS1530 standard. The HDPE base a has these fire retardant properties however avoid placing the bag in contact with extreme heat or naked flame as the materials may melt & deform/damage your bag.

  • Whilst Beehive tool bags are made tough to last in toughest harshest environments, the bags still need a little TLC & as they are not completely indestructible. By giving your bag a little care & maintenance, you will be rewarded with a tool bag that will outlast any other manufactures bag for many years to come... that is why the best and smartest tradesmen invest in the original Australian made Beehive tool bag.

Buy Beehive Vinyl Tool Bags

Source

]]> Fri, 24 May 2019 03:11:34 +0000 <![CDATA[3M Capital Safety Service Recommendations]]> https://worksafegear.com.au/blog/3MCapitalSafetySALA/ 3M Recommendations

Moving Forward

From the release date of the Technical Bulletin (January 2nd 2019) all DBI-SALA & Protecta Type 2 and Type 3 devices:

  • New sales – all cable and web items the service period will be 5 years.
  • All cable items that have been returned for servicing (after the date of release of the Technical Bulletin) the service period will be 5 years.
  • All web items that have been returned for servicing (after the date of release of the Technical Bulletin) and the web has been replaced the service period will be 5 years.
  • All web items that have been returned for servicing (after the date of release of the Technical Bulletin) and the web has not been replaced the service period will be 1 year.

Serviceable Devices Inspection

  • Inspection by the user before and after use as per the specific User Instruction Manual.
  • Inspection by a height safety equipment inspector every 6 months as per the specific User Instruction Manual.

Service 3M Fall Protection requires a product to be serviced by an authorised service agent if:

  • The product has failed an inspection.
  • The product is damaged.
  • The product has been involved in a fall event.
  • The product reaches 5 years since the previous service.

Non-Serviceable Devices Inspection

  • Inspection by the user before and after use as per the specific User Instruction Manual.
  • Inspection by a height safety equipment inspector every 6 months as per the specific User Instruction Manual.
  • Provided the product passes inspection it may remain in service for a maximum of 5 years.
  • If the product reaches 5 years of service it must be then be removed from service and destroyed.

Serviceable and Non-Serviceable Device

  • Service and Inspection periods (intervals) should be reduced where a product is exposed to environmental hazards. Hazards may include, but are not limited to; heat, chemicals, corrosive environments, high voltage power lines, gases, moving machinery, and sharp edges.

3M Fall Protection in the US as the manufacturer of DBI-SALA and Protecta self retracting lifelines state that’s the recommended service period is 5 yearly.

  • Most competitors in ANZ have extended their service requirements.
  • Applies to all DBI-SALA and Protecta Type 2 and Type 3 Self Retracting Lifelines, serviceable and non-serviceable.
  • Does not apply to Salalift II Winches or Advanced Digital Winches.
]]> Wed, 08 May 2019 02:35:25 +0000 <![CDATA[Hydrajaws FAQ]]> https://worksafegear.com.au/blog/hydrajaws-faq/

Q: My tester has stopped working - there is no reading on the gauge?

A: Assuming the tester features a detachable gauge arrangement - the tester may simply be out of oil. Follow the oil fill procedure to refill the tester using the dedicated oil bottle. More detailed instructions can be found here.

Q: What maintenance procedures are required between annual calibration?

A: Check the oil level and apply oil or grease to the threaded rod which the crank (traditional black turning handle or 22mm operating nut or new style anodised turning handle) threads onto.

Q: Sometimes my handle or gauge on my tester becomes obstructed by the unit legs or other objects. Can I change its position?

A: Yes. On the Model 2000 and 2050 you can rotate the top part of the tester. This is achieved by loosening the three grub screws (a) on the body using the allen key provided. Rotate the top until the handle and gauge are clear of obstacles and re-tighten the screws.

Q: The black needle on my gauge (more often than not a 5kN scope gauge) will not return to the zero stop position?

A: Conclusion; the gauge is damaged beyond repair having been overwound past its maximum capacity.

Q: I need to test Petzl eyes. Do Hydrajaws have an adaptor for this?

A: Yes we do (Petzl hanging Plate Adaptor @ £63.00). However, we made this adaptor initially following a request from a specific customer, we then made it available to all. But, even though this is the only way to test the physical Petzl bracket, in practice the thread will bend even at a low load as the pull is off set.
Therefore as the integratory (up to 25kN) of the physical Petzl bracket is not really in question, the recommendation is to remove it and to pull directly on the (usually M10) thread.

Q: One or more legs on my 150 load spreading bridge is bent?

A: This usually occurs either as a result of having been dropped or having been subject to a load being applied when either the leg/foot was on an uneven surface and/or the bridge was uneven.

To overcome this, two level bubbles are provided on the 150 bridge. The legs will accept a slight amount to bend while under load thereafter returning to their natural position, however, once permanently damaged, replacements can be obtained.

Note: For loads in excess of 25kN we insist that hex extension legs be installed to protect the standard threaded bridge legs and these hex extension legs should be threaded fully over the existing standard leg up to the underneath of the 150 bridge.

Q: During the calibration process, is the entire tester calibrated or just the gauge?

A: The purpose of the annual calibration process is to confirm the continued accuracy of the gauge(s).

For those testers that feature a fixed gauge this negates that the entire tester is returned for calibration. If the tester features a detachable gauge arrangement then only the detachable gauge(s) need be returned. If the entire tester is returned along with the gauge(s) then the tester will be used during the calibration process.

Q: Can Petzl anchors be accommodated?

A: Yes. It is usual practice for the plate adaptor to be removed and the thread be pull tester. Pulling on the Petzl Hanging Plate adaptor will deform it.

Q: What is the maximum gauge scope available for use with the Model 2000 tester?

A: Hydrajaws can supply an absolute maximum 0-30kN Analogue, Digital and Digital Bluetooth gauge.

Note: Hydrajaws insists that for loads in excess of 25kN, hex extension legs MUST be installed to reinforce the standard bridge leg.

Q: Can Insulation fixings be accommodated?

A: Yes. Utilising the dedicated insulation adaptor. This adaptor features an M12 thread which locates securely into the standard M12 locking adaptor.

Q: Is there an alternative handle for use in confined spaces?

A: Yes. For use in a confined space were the standard turning handle will not turn, Hydrajaws offers a 22mm Operating Nut solution for use with a ratchet spanner. 

Moreover, in 2015 Hydrajaws introduced a new style anodised turning handle which features an integrated 22mm Operating Nut solution for use with a ratchet spanner. The two turning handles are removable. This is a standard feature on the Model 2000 and Model 2050 testers and can be retro fitted to an existing Model 2000 tester.

Q: My Model Hilti HAT28/Hydrajaws® 2000 'Deluxe/Deluxe Master kit' features threaded button adaptors up to M12. Can I attach to larger thread sizes?

A: Yes. Hydrajaws can supply and M16 and M20 Threaded Stud Adaptor to accommodate these common thread sizes. Even larger thread sizes can be accommodated however these test loads are often in excess of what the Model 2000 tester can safely achieve therefore our Model 2008 tester may be more suitable.

Source

]]> Thu, 18 Apr 2019 02:35:31 +0000 <![CDATA[Hydrajaws Bluetooth Digital FAQ]]> https://worksafegear.com.au/blog/hydrajaws-bluetooth-digital-faq/

Below are frequently asked questions about the Hydrajaws Bluetooth Digital Gauge:

Q:The app is not working on my Apple device when first installed?

A: If there is no test data, remove the app and reinstall it again.

Q:My gauge won’t pair with my Android device?

A: Once the Bluetooth function on the gauge has been activated, you have 1 minute to pair your gauge with your Android device. If you exceed this limit, please repeat the process of pairing your gauge and Android device. Begin by switching the Bluetooth function OFF and ON again.

Q:Why does my graph show a FAIL when it has reached the target load?

A: See the example graphs below:

To resolve these problems please consult page 16 of the operating manual: 4.2 CARRYING OUT A TEST

Q: Why is my mobile/tablet running slow when reporting a test? Why is my app crashing when I try to open it?

A: Check the battery is fully charged and there is plenty of memory available. Due to limitations of mobile phones and tablets it is recommended that no more than 50 tests are put into a single site folder.

Q: Why won't the app install and I get a 'device not compatible' message instead?

A: Check your tablet/mobile is in the compatible devices list in the app store and that you have the latest operating system installed.

Where to buy Hydrajaws Bluetooth Gauges

Source

]]> Thu, 18 Apr 2019 01:58:17 +0000 <![CDATA[My Hydrajaws tester has stopped working - there is no reading on the gauge]]> https://worksafegear.com.au/blog/my-hydrajaws-tester-has-stopped-working-there-is-no-reading-on-the-gauge/ The oil bottle is provided with Hydrajaws Model 2000 and Model 2050 testers to allow the user to top up the oil reservoir should this be necessary.

The need to perform an oil top up will vary depending how much the tester is used, in fact how many times the Hydrajaws gauge is removed from the device is the deciding factor.

The oil loss is small but does occur every time the gauge is removed, therefore overtime this essential but straight forward onsite maintenance is necessary.

If the Hydrajaws tester is allows to run out of oil then the tester will stop working though is fully recoverable.

Assuming the tester features a detachable gauge arrangement - the tester may simply be out of oil. Follow the oil fill procedure to refill the tester using the dedicated oil bottle.

Hydrajaws Oil Refilling

Connecting and disconnecting Gauges from the Tester body will eventually use up the tester plunger to travel it's full stroke or give an accurate reading on the gauge.

Eventually the plunger will stop at approx. 3mm from edge and indicate that oil is too low.

On the Model 2000 and Hydrajaws model 2050 testers, running out of oil will result in the cylinder recessing into the black handle capsule.(see below)

Please see the oil filling instructions for your tester

Hydrajaws Oil Replenishment
The most common question we receive is regarding replenishing the oil reservoir in our testers.
Please following the links below for instructions of how to fill the oil in the Hydrajaws testers.

Hydrajaws 2000 Oil Filling Instructions

Hydrajaws 2050 Oil Filling Instructions

Hydrajaws 0095 Oil Filling Instructions

Hydrajaws 0097 Oil Filling Instructions

What oil type is recommended?

Should you need to, one can purchase the oil locally which is recommended rather than Hydrajaws supply it.

Any light mineral hydraulic oil will suffice. The important element of the specification is ISO Viscosity Grade 32.

Oil Type:

DTE type light mineral hydraulic oil

ISO Viscosity Grade 32

 

Oil Refilling a Hydrajaws Tester Video

Video
How to refill a Hydrajaws Tester with oil

Video
How to refill a Hydrajaws Tester with oil - method 2

Source

]]> Thu, 18 Apr 2019 01:05:45 +0000 <![CDATA[EASTER SALE 2019]]> https://worksafegear.com.au/blog/easter-sale-2019/

Please use coupon code "EASTER19" at checkout.

]]> Thu, 18 Apr 2019 00:39:45 +0000 <![CDATA[Immediate Action Required - Inspection Notice 3M DBI-SALA ExoFit NEX Harnesses]]> https://worksafegear.com.au/blog/possible-defect-dorsal-d-ring-3m-dbi-sala-exofit-nex-harnesses/ 3M Fall Protection has learned of the possibility of a manufacturing defect in a dorsal d-ring utilized in ExoFit NEX™ harnesses manufactured between January 2016 and December 2018. Although there have been no reported incidents involving this condition, a dorsal d-ring with this defect will not support the load in a fall arrest event which could result in serious injury or death. Harnesses manufactured only within this date range require immediate inspection for lot number 09P1 stamped into a dorsal d-ring. We believe that only one harness was manufactured with a defective D-ring, but we urge inspection of all potentially affected harnesses out of an abundance of caution in the interests of worker safety.

To address the situation, 3M Fall Protection is launching a global Inspection Notice. As set out in the attached Notice, all ExoFit NEX™ harnesses manufactured between January 2016 and December 2018 require inspection prior to use.

Upon receipt of this Notice, immediately inspect your harness following the steps below:

Step 1: Locate the label pack on the harness to identify the manufacturing date. If the harness has a manufacturing date of 16/01 (2016, January) through the end of 18/12 (2018, December), continue to step 2. If the harness is not in this range, the unit is not impacted by this notice. If the harness is within this date range, continue to step 2.

Step 2: Locate the D-ring on the back of the harness to inspect for a stamped lot date of 09P1. If you find a D-ring with code 09P1 and the harness has a manufactured date within the affected date range, take the harness out of service immediately. If the D-ring is not stamped with code 09P1, you may continue using your harness.

Please note that both the manufactured date range (2016, January through 2018, December) on the harness label AND the lot number code 09P1 stamped on the D-ring must be present on the same harness for the harness to be considered suspect and removed from service. All other harness/d-ring combinations are acceptable for use.

Step 1 Manufacture Date on Harness Shown in Red
Circle – must be between 16/01 (2016, January) and
18/12 (2018, December)		 Step 2 Lot Code Stamp Location on
D-ring – lot code must be (09P1)

Affected Part Numbers:

70007925467, 70007925673, 70007925764, 70007925798, 70007926010, 70007926127, 70007926143, 70007926150,
70007926192, 70007926218, 70007926366, 70007928917, 70007929378, 70007929535, 70007930202, 70007930657,
70007930699, 70007930723, 70007933164, 70007933818, 70007933974, 70007934287, 70007934311, 70007934352,
70007934642, 70007934659, 70007935102, 70007935862, 70007937702, 70007938593, 70007940292, 70007942371,
70007943510, 70007943759, 70007943767, 70007947040, 70007948683, 70007949111, 70007949293, 70007951018,
70007951372, 70007951711, 70007954962, 70007958930, 70007960514, 70007960613, 70008286695, 70008286703,
70008286752, 70008286760, 70008286778, ATO10622390, ATO10622408, ATO10622416, ATO10622424, ATO10622556,
ATO10622564, ATO10622572, ATO10622580, ATO10643859, ATO10643867, ATO10643875, ATO10643883

If you find an affected harness, take the unit out of service immediately. You can contact us at 3M Customer Service at 1800 245 002 or at anzfallprotectionquality@mmm.com to return your harness and a replacement harness will be provided free of charge.

3M remains committed to providing quality products and services to our customers. We apologize for any inconvenience that this situation may cause you or your customers. We appreciate your continued support of 3M Fall Protection products and services.

FAQs:

1. Why are you issuing an Inspection Notice for ExoFit NEX Harnesses?

  1. 3M Fall Protection has learned of the possibility of a manufacturing defect in a dorsal dring utilized in ExoFit NEX™ harnesses manufactured between January 2016 and December 2018.
  2. Although there have been no reported incidents involving this condition, a dorsal d-ring with this defect will not support the load in a fall arrest event which could result in serious injury or death.
  3. Harnesses manufactured only within this date range require immediate inspection for lot number 09P1 stamped into a dorsal d-ring

2. How many units are affected?

We believe that only one harness was manufactured with a defective D-ring, but we urge inspection of all potentially affected harnesses out of an abundance of caution in the interests of worker safety.

3. What is wrong with the ExoFIT NEX Harnesses?

A dorsal d-ring with this defect will not support the load in a fall arrest event which could result in serious injury or death

4. How can I tell if my unit is affected?

ExoFit NEX™ harnesses manufactured between January 2016 and December 2018 require inspection.

5. What do I do if I have an ExoFit NEX Harness?

  1. Immediately inspect your harness following the steps within the notice.
  2. Step 1: Locate the label pack on the harness to identify the manufacturing date. If the harness has a manufacturing date of 16/01 (2016, January) through the end of 18/12 (2018, December), continue to step 2. If the harness is not in this range, the unit is not impacted by this notice. If the harness is within this date range, continue to step 2.
  3. Step 2: Locate the D-ring on the back of the harness to inspect for a stamped lot date of 09P1. If you find a D-ring with code 09P1 and the harness has a manufactured date within the affected date range, take the harness out of service immediately. If the D-ring is not stamped with code 09P1, you may continue using your harness.
  4. If you find an affected harness, take the unit out of service immediately. You can contact us at 3M Customer Service at anzfallprotectionquality@mmm.com to return your harness and a replacement harness will be provided free of charge.

6. What will happen if I continue to use the unit without inspection?

Although there have been no reported incidents involving this condition, a dorsal d-ring with this defect will not support the load in a fall arrest event which could result in serious injury or death.

7. I will incur some expense in replacing the Harnesses. Who will be paying for this expense?

  1. 3M will cover the costs associated with the shipment and replacement of the unit.
  2. Any unusual costs will be addressed on a case by a case basis. Please provide detail.

8. What is the manufacturing defect that you believe could exist?

A dorsal d-ring with this defect will not support the load in a fall arrest event which could result in serious injury or death.

9. My D-ring is stamped 09 but my manufacturing date is different than the affected range. Is the
harness affected?

  1. No. The harness is not considered suspect.
  2. Both the manufactured date range (2016, January through 2018, December) on the harness label AND the lot number code 09P1 stamped on the D-ring must be present on the same harness for the harness to be considered suspect and removed from service
  3. All other harness/d-ring combinations are acceptable for use.

10. What model numbers are impacted?

List of part numbers located within link on notice

Step 1 Manufacture Date on Harness Shown in Red
Circle – must be between 16/01 (2016, January) and
18/12 (2018, December)		 Step 2 Lot Code Stamp Location on
D-ring – lot code must be (09P1)
]]> Thu, 18 Apr 2019 00:09:44 +0000 <![CDATA[Working at heights codes of practise]]> https://worksafegear.com.au/blog/heightsafety/

Codes of Practice

In order for companies and individuals to better understand their legal obligations and assist manage the risk of falls in workplaces, each state and territory publishes a Code of Practice. Below is listed the most current series of publications available from the regulators that are specific to safe work at height.

It is recommended that employers consult with the relevant regulator website to ensure these publications are current and to also register for updates where this service might be available.

JurisdictionEffective date of PublicationStatus of adoption of Principles of Model CodeLink to current Code document
Safe Work Australia (federal) 8 Feb 2015 Issued Model Code of Practice View
Northern Territory 30 Dec 2011 Has NOT adopted model code at this time View
Australian Capital Territory unknown Has adopted model code View
Queensland 1st Jan 2012 Has NOT adopted model code at this time View
New South Wales 1st Apr 2016 Has adopted model code View
Victoria 31 Mar 2004 Has NOT adopted model code at this time View
South Australia 25 Jun 2015 Has adopted model code View
Western Australia 2004 Has NOT adopted model code at this time View
Tasmania 1 Oct 2016 Has adopted model code View
]]> Tue, 26 Mar 2019 14:09:16 +0000 <![CDATA[Height Safety Standards Australia]]> https://worksafegear.com.au/blog/standardaustralia/

Height Safety Standards Australia

There are a number of Standards that are applicable for the Australian workplace with respect to working at height and confined spaces. As a general rule, Standards are not mandatory, however they are important as they are referred to in the Codes of Practice and they establish minimum standards for product manufacturing, product performance & specifications, as well as use.

The creation of the relevant Standards is overseen by Standards Australia through a committee process, and then to periodically review the documents for changing industry developments.

Standards are only available for purchase from Standards Australia. See www.standards.org.au for more information.

The key Standards that apply include:

 

]]> Tue, 26 Mar 2019 14:05:55 +0000 <![CDATA[3M Australia Respirator Fit Testing]]> https://worksafegear.com.au/blog/3M-australia-respirator-fit-testing/

Importance Of Respirator Fit

Respirator fit is important because it involves several major issues:

  • Seal.
  • Compatibility.
  • Stability.

  • The Respirator's Seal

    A good fit means the respirator will seal to your skin. A respirator can only work when air passes through the filter. Air will take the path of least resistance, so if the seal isn’t there, the air will go around rather than through the respirator – and therefore lessen the protection.

  • User Seal Check: An Essential Everyday Test

    Employees wearing tight-fitting respiratory protection should perform a seal check each time they put on their respirator. A fit test ensures that the respirator is able to fit and provide a secure seal, but a user seal check ensures that it’s being worn right each time.

    Users can either perform a positive-pressure or negative-pressure seal check:

    • A positive-pressure check means blocking the exhalation valve on a half or full facepiece respirator or covering the respirator surface on a filtering facepiece, usually by using your hands, and trying to breathe out. If slight pressure builds up, that means air isn’t leaking around the edges of the respirator.
    • A negative-pressure check involves blocking the intake valves on a half or full facepiece respirator or covering the respirator surface on a filtering facepiece, typically using your hands and trying to breathe in. If no air enters, the seal is tight.

    See the product User Instructions for more details.

  • Compatibility with other PPE

    Safety glasses, hearing protection, face shields, hard hats and coveralls can all vie with a respirator for real estate on a person’s face, head or body. For instance, if a half face respirator doesn’t fit well (especially if it’s too large), it can overlap with glasses. The more that happens, the more fogging can potentially occur on glasses, and the more likely it is that they’ll interfere with the respirator’s seal.

    To catch these problems before they happen on the job any PPE that could interfere with the respirator’s seal to be worn during the fit test.

  • Respirator Stability

    The better a respirator fits, the more stable it’s likely to be on the wearer’s face. Fit testing determines the respirator’s ability to retain its seal when the worker is in motion. That’s why test subjects are told to go through several exercises as part of testing. A respirator that shifts during movement may not be able to retain its seal.

3M Centre for Respiratory Protection

Overview of the Fit Testing Process

Tight-fitting respirators must seal to the wearer’s face in order to provide expected protection. This includes disposable respirators (also called “filtering facepieces”). Fit testing is required by Australian New Zealand Standard AS/NZS1715 before a user wears a respirator on the job, and should be assessed at least annually. In addition, fit tests should be performed:

  • Whenever a different size, style, model or make of respirator is used.
  • When any facial changes occur that could affect fit, such as significant weight fluctuation or dental work.

AS/NZS1715 doesn’t require fit test administrators to be certified, just to know how to conduct a test, recognize invalid tests, and properly clean and maintain equipment.

There are two kinds of tests: qualitative and quantitative.

  • Qualitative Fit Test (QLFT)

A qualitative fit test (QLFT) may only be used to fit-test:

  • Negative-pressure, air-purifying respirators, as long as they’ll only be used in atmospheres where the hazard is at less than 10 times the permissible workplace exposure standard.
  • Tight fitting facepieces used with powered and atmosphere-supplying respirators.

QLFT is pass/fail and relies on the user’s senses using one of he AS/NZS 1715 accepted test agents:

  • Isoamyl acetate (banana smell); only for testing respirators with organic vapor cartridges.
  • Saccharin (sweet taste); can test respirators with a particulate filter of any class.
  • Bitrex® (bitter taste); can also test respirators with particulate filters of any class.

Each QLFT method uses seven exercises performed for 1 minute each:

  • Normal breathing.
  • Deep breathing.
  • Moving head side to side.
  • Moving head up and down.
  • Bending over (or jogging in place if fit test unit doesn’t permit bending at the waist).
  • Talking.
  • Normal breathing again.

Based on OSHA fit testing protocols.

  • Quantitative Fit Test (QNFT)

A quantitative fit test (QNFT) can be used to fit-test any tight-fitting respirator. It involves using an instrument to measure leakage around the face seal and produces a numerical result called a “fit factor.” There are three accepted QNFT test protocols:

  • Generated aerosoluses a non-hazardous aerosol such as corn oil generated in a test chamber.
  • Condensation nuclei counter (CNC) uses ambient aerosol and doesn’t require a test chamber eg Portacount

A fit factor of at least 100 is required for half-mask respirators and a minimum fit factor of 500 or 1000 for a full facepiece negative-pressure respirator depending on the protection factor required in use.

Fit testing can be conducted in three main ways:

  1. By a competent individual e.g. an occupational health nurse or occupational hygienist. This option is ideal for individuals or businesses who do not have in-house expertise or resources and would like to include fit testing as part of their annual health monitoring. For more information on where to locate an occupational health nurse or trained individual please visit www.aioh.org.au.
  2. By purchasing a 3M Qualitative Fit Test Kit and participating in 3M Qualitative Fit Test training. This is ideal for organisations with in-house resource(s) and have a high turnover of staff, are in remote locations, have multiple shifts, contract workers, shut downs, seasonal requirements, urgent or short notice requirements*. Also ideal for upskilling staff and improving engagement in respiratory protection programs. Purchase your 3M Qualitative Fit Test Kit (FT-10) or 3M Qualitative Fit Test Kit (FT-30)
  3. Working with 3M on a comprehensive PPE programme including respiratory protection. 3M may include the provision of fit testing as part of the service offering. Click here for more information

  • Fit tests must be performed before use of a tight-fitting respirator.
    In addition, OSHA stipulates that fit testing of employees must occur at least annually; whenever a different size, style, model or make of respirator is used; and when any physical change occurs that could affect fit (such as, for example, significant weight fluctuation, dental work, or other facial changes).
  • Disposable respirators need to be fit-tested.
    Also known as filtering facepieces, these tight-fitting respirators must be fit-tested before mandatory use at a job site.
  • Voluntarily used respirators don’t require fit testing.
    If the employer provides respirators for voluntary use but they aren’t required, they don’t need to be fit-tested – but 3M still recommends it.
  • Fit testers don’t require certification to perform fit tests.
    However, the AS/NZS1715 standard does recommend that fit testers should know how to conduct a test, recognize invalid results, and properly clean and maintain equipment.
  • There are two kinds of fit tests.
    A qualitative fit test (QLFT) may only be used to fit-test certain negative-pressure, air-purifying respirators and positive-pressure, atmosphere-supplying respirators. It relies on the user’s ability to detect a particular taste, smell or irritant. A quantitative fit test (QNFT) can be used to fit-test any tight-fitting respirator. It involves using an instrument to measure leakage around the face seal and produces a numerical result called a “fit factor.”
  • A respirator’s assigned protection factor (APF) is only valid if the respirator fits correctly.
    The workplace level of respiratory protection that a respirator or class of respirators is expected to provide to employees when the employer implements a continuing, effective respiratory protection program as specified by AS/NZS 1715 Without fit testing, there’s no way of knowing if the respirator is actually able to provide its advertised level of protection for a specific worker.
  • A good fit means the respirator will seal to your skin.
    A respirator can only work when air passes through the filter. Air will take the path of least resistance, so if the seal to the face isn’t secure, the air will go around rather than through the respirator. Therefore, it is essential to ensure a proper fit when wearing tight-fitting respirators.
  • Any PPE that could interfere with the respirator’s seal must be worn during the fit test.
    Respiratory protection is often worn simultaneously with other personal protective equipment (PPE). Safety glasses, hearing protection, face shields, hard hats and coveralls can all vie with a respirator for real estate on a person’s face, head or body, and could interfere with the respirator’s seal. Fit testing should ensure that equipment is compatible and doesn’t reduce the effectiveness of the respirator due to a compromised face seal.
  • Tight-fitting respirators cannot be properly work with facial hair.
    Beards, mustaches, or even stubble interfere with the seal of a tight-fitting respirator. That’s why AS/NZS 1715 requires that employees be clean-shaven the day of the fit test and prohibits any facial hair in areas where the respirator comes into contact with the face.
  • A respirator that shifts during movement may not retain its seal.
    That’s why fit testing involves several exercises, such as head turning and speaking. This determines the respirator’s ability to retain its seal when the worker is in motion.

Fit Testing Resources

As pioneers in the field of respiratory protection, 3M not only invented the first AS/NZS 1716 compliant filtering facepiece disposable respirator, they helped develop qualitative fit testing protocol used today. They have a deep bench of experienced and passionate experts eager to spread knowledge about and increase understanding of this crucial part of respiratory protection.

Source

Popular 3M Respiratory Products

]]> Tue, 26 Mar 2019 01:02:50 +0000 <![CDATA[Petzl equipment checking]]> https://worksafegear.com.au/blog/petzlaustralia/ When should I retire my equipment?

A product must be retired when:

  • It is over 10 years old and made of plastic or textiles
  • It has been subjected to a major fall or load
  • It fails to pass inspection
  • Its reliability is in question
  • Its entire history is not known (e.g. found or second-hand product)
  • When it becomes obsolete due to changes in legislation, standards, technique or incompatibility with other equipment, etc.

Source: https://www.petzl.com/INT/en/Sport/FAQ/when-should-i-retire-my-equipment

]]> Mon, 04 Feb 2019 07:26:07 +0000 <![CDATA[Coupon Code to kickstart 2019 - January Promo codes]]> https://worksafegear.com.au/blog/coupon-code-for-2019-january-promo-codes/ Kickstart this new year with our coupon code and save. So if you’re hoping to score a deal on a new PPE and safety equipment, height safety harness, please use this year's coupon code "BACKTOWORK" at checkout.

]]> Mon, 14 Jan 2019 06:24:49 +0000 <![CDATA[Small business rebate NSW]]> https://worksafegear.com.au/blog/small-business-rebate/ NSW offers rebates to small businesses and sole traders who buy and install equipment that makes their workplace safer.

The small business rebate gives up to $500 back to small business owners who buy and install eligible safety items to address a safety problem in their workplace.

Before you apply you must have attended an eligible SafeWork NSW safety workshop, webinar, program, event, or had an advisory visit from a SafeWork NSW officer. All these events and visits are free.

Apply online

Download an application form

Am I eligible for a small business rebate?

If you meet all the following criteria, you are eligible to apply for a small business rebate

  • you have attended an eligible free SafeWork NSW safety workshop, webinar, event, or had an advisory visit from a SafeWork NSW officer
  • you are a small business or sole trader who employs less than 50 people (equivalent full time)
  • you have not previously received a small business rebate from SafeWork or WorkCover NSW
  • you are conducting a commercial business producing goods or providing services in NSW
  • your business is registered in NSW and comes within the scope of the work health and safety legislation in NSW

What can I buy?

There are a wide range of eligible safety items under the below hazard areas:

  • manual tasks – lifting, carrying, handling objects, muscular stress, repetitive work
  • hazardous noise
  • slips, trips and falls, falls from a height
  • injuries from moving objects
  • chemicals and dangerous goods

Check the list of eligible items.

How do I apply?

Within six months of attending the advisory visit, safety workshop, program or event, you must:

Attach a copy of your paid tax invoice and receipt. The items you are claiming for must be paid for, received and installed prior to your application.

Apply online or download a form

What do I need to complete my application?

  • a tax invoice from a supplier with an ABN. The Tax Invoice should show a nil balance or note proof of payment. A 'PAID' stamp across the invoice is not sufficient
  • a receipt for payment in full for the goods (or proof of payment)
  • details of your eligible event – where, when, with whom
  • your business details including ABN, trading name, business bank account and workers compensation policy number (if applicable)

Things to keep in mind

  • you can claim for more than one eligible solution on your application form but can only apply once for the small business rebate. For example, you could purchase a number of safety solutions to prevent falls from a height - such as scaffolding, edge protection and industrial fall arrest equipment - and include all three invoices in your one rebate application form
  • you must buy your goods after your eligible interaction with SafeWork NSW
  • make sure the copies of your tax invoice(s) and receipt(s) you scan and send are clear and easy to read
  • applications are usually processed within 4 weeks of being received (if all information is complete and correct)

Source

Contact SafeWork NSW 13 10 50

Email 

Eligible items - small business safety rebate

List of eligible items to purchase for the small business safety rebate

There are a wide range of safety items eligible for purchase under this program. Below we list the hazard areas and the typical, popular items.

Hazardous manual tasks

Lifting, carrying, transporting

Items

  • manual,  mechanical, hydraulic, vacuum or magnetic lifting devices
  • hoist, crane,  fork lift, tool suppression system
  • adjustable loading platform, jigs, trestles, racking or stacking systems
  • conveyor  or elevator systems, stock picking machine
  • access ramps, skids, tailgate lifter, dock leveller
  • patient handling and/or transfer devices
  • animal handling

Items should be designed to limit issues that arise due to manual handling, pushing, pulling, carrying or moving, holding or restraining in workflows. Where specific standards apply to items eg. Australian Standards, the item should comply with that standard.

Typical items include:

  • trolleys
  • ute cranes
  • pallet rollers
  • stockyard systems
  • pen doors/chutes
  • drafting gates
  • overhead shearing plant
  • warehouse racking
  • light-weight portable fencing

Handling objects

Items

  • pulley system and harnesses for confined spaces
  • back-pack industrial equipment
  • rotary, tilt and carousel table/platform
  • power stretchers for carpet installation

Typical items include:

  • industrial backpack vacuum cleaners, sprayers
  • telephone headsets – hands free

Muscular stress

Items

  • adjustable or tilting work bench, table, or work station
  • ergonomic adjustable work vehicle  seats including anti-vibration and all spring suspension
  • anti-fatigue and high density, absorbent floor matting

Typical items include:

  • anti-fatigue mats
  • adjustable examination table
  • ergonomic truck seat

Repetitive work

Items

  • retractable hoses/leads
  • low vibration, ergonomic equipment

Typical items include:

  • pneumatic nail gun

Slips, trips and falls

Falls from a height

Items

  • portable ladders, steps or platforms
  • accessories for fixed access ladder – eg cage
  • scaffolding or elevating work platforms
  • warning signage (including translated safety signage)
  • industrial fall arrest systems, harness support and devices, rope access equipment
  • physical restraint barrier and guard railing systems
  • extension equipment for height access – eg water jets for window height
  • emergency position-indicating radio beacons – 406 MHz (EPIRBs)
  • pit cover or open penetration and void protection
  • mechanical tripod to support people, loads and materials being lifted or lowered from openings

Typical items include:

  • ladders
  • retractable stairs
  • harnesses
  • roof anchors
  • guard rails
  • grab rails/handles
  • stair treads
  • edge protection
  • rails, and screens

Falls on the same level

Items

  • installation of improved general, entrance or exit lighting
  • portable or battery-powered lighting and generators
  • anti-slip treading or matting
  • surface treatment machinery,
  • installation of balancers or restraint supports to mount processing equipment, tools, power cords, leads or hoses to prevent trip hazards.
  • cable guards, hose suspension system or stand
  • storage system to improve work design

Typical items include:

  • pressure cleaners
  • lighting
  • racking systems
  • stair capping,
  • nosings and safe plates

Stepping, kneeling or sitting on objects

Items

Kneeling pads and knee protection equipment

Typical items include:

  • kneepads
  • support frames for kneeling and stooping

Injuries from moving objects

Being hit or bitten by an animal

Items

  • animal restraint equipment or device
  • sliding segregation gate for livestock transport vehicles

Typical items include:

  • cattle crush
  • lamb marking cradle
  • head bales
  • race panels

Being hit by falling and stationary objects

Item

  • guard and foot rails
  • falling object protective barrier
  • signage for access / egress (including translated safety signage)
  • restraint supports for equipment and tools
  • vehicle load covers and load restraints

Typical items include:

  • cargo nets
  • tarp covers
  • fixed nets
  • pallet nets
  • mesh canopies
  • tarp spreader
  • tag lines
  • non-rebounding tensioners or strapping to secure loads

Colliding with moving or stationary objects

Items

  • warning/safety lights
  • corner vision or convex mirrors
  • traffic management tools
  • reversing cameras, sensor devices or alarms
  • elevated walkway or pedestrian crossing gates
  • safety  cages or guarding  for tyre rim assembly/fitting
  • stanchions or chocks to secure log stacking

Typical items include:

  • signage (including translated safety signage)
  • reversing cameras
  • marking
  • safety cone
  • flag, barricade or bunting
  • bollards

Being trapped by machinery or equipment

Items

  • machine guarding
  • emergency stop switches
  • power take off guards
  • for tractors only: rollover protective structures (ROPs), runover  protective devices, and side access steps/platforms

Typical items include:

  • safety bar for wool press
  • cut out switch
  • forklift spring belts

Being assaulted

Items

  • communication radios or vehicle tracking systems
  • closed circuit television (CCTV)
  • high-value goods storage – eg drop/time-delay safes
  • installation of improved internal/external security lighting

Typical items include:

  • Personal duress alarms

Chemicals and dangerous goods

Contact with chemicals, substances or sun exposure

Items

  • chemical/dangerous goods (DG) storage cabinets or wire mesh secure partitioning
  • bunding, spills containment system
  • installation of safe ventilation, exhaust or extraction systems
  • air filtering systems for machinery
  • dust suppression tools and attachments
  • asbestos and hazardous dust vacuum cleaners with dust class level ‘H’ filter and compliant with AS 60335.2.69:2003
  • detection system, alarm or shut  down device Installation or repositioning of emergency stop buttons
  • closed chemical delivery system
  • automatic chemical dispensing system
  • chemical signage, marking and placarding system (including translated safety signage)
  • bottom fill equipment for fuel tanks
  • sun shade protection for rural and outdoor work areas

Typical items include:

  • specialised dust extraction units
  • CO2 monitor
  • gazebos, marquees
  • sharps disposal container

Hazardous noise

Exposure to sound

Items

  • sound absorbent surface/film, barriers or screens to block direct path of sound
  • enclosures, door seals or sound proof covers around noise sources
  • acoustic silencers or mufflers for intake or exhaust systems
  • specialised personal hearing protectors, as part of hearing conservation program
  • signage to indicate areas of hazardous noise and protection required (including translated safety signage)
  • visual warning signal system
  • hand-held noise monitor

Excluded items

Items not eligible

  • GST, freight and insurance costs
  • the design and manufacture of new safety items or items that you have had designed and manufactured to your specifications. Items must be existing manufactured items that meet relevant standards and available from commercial outlets
  • purchase of raw materials, for example making shelves from wood, nails, screws
  • service repairs or maintenance eg. engine and motors
  • sponsorship arrangements, including funding of events, educational programs or materials, advertising, or consultants
  • normal business operating expenses, including general business administration, computers and software, ergonomic furniture (items such as chairs, keyboard and mouse), housekeeping, amenities, assets/equipment, repairs, maintenance, servicing
  • normal safety requirements including licensing, certification, fines, testing and auditing services, return-to-work, rehabilitation, counselling or vaccination services
  • training fees or courses – training needs to be reinforced with safety tools eg knowledge of manual handling needs to be supported with the right manual handling equipment or modifications to the work environment in order to have greatest impact on injuries
  • personal protective equipment (PPE) - for the majority of risks, PPE is deemed to be the lowest control, and funds should not subsidise perishable items eg sun creams, disposable gloves, vests, etc. PPE items are not presently covered in current rebate programs
  • non-tangible items - safety solutions need to have a direct impact on safety, and clear eligibility criteria in order to approve and process rebate payments
  • backdated improvements made prior to attending an eligible SafeWork NSW safety event
  • domestic, recreational or social products or equipment including items for home-based businesses that may be deemed as being used for domestic/household purposes or contributing to the value of residential assets.
  • items and services that are not purchased from a registered business ABN/ACN/BRN and do not meet all relevant standards, approvals, local government and legislative requirements.

Source

]]> Wed, 14 Nov 2018 04:05:36 +0000 <![CDATA[Respiratory Diseases - Our love of stone kitchen benchtops is killing workers]]> https://worksafegear.com.au/blog/our-love-of-stone-kitchen-benchtops-is-killing-workers/ Doctors are worried Australia is facing the worst occupational lung disease crisis since the peak of the asbestos disaster.

Stonemasons who cut engineered stone into a popular type of kitchen benchtop are contracting accelerated silicosis at alarming levels, after being exposed to unsafe levels of silica dust.

Last month the Queensland Government issued an urgent warning after 22 silicosis claims were lodged with WorkCover, including for six people who were diagnosed as terminally ill.

Brisbane-based senior occupational physician Dr Graeme Edwards has been involved in the health screening of the workforce and predicts there will be another dramatic spike in cases.

He said almost one in three workers tested so far in Queensland showed signs of silicosis.

"I'm expecting another 300 cases in Queensland by December alone," he told 7.30.

"It's horrendous, it's alarming. Fifty per cent of those are going to have progressive massive fibrosis (severe lung scarring)."

"The reason why it's a public emergency is because the system in Australia currently can only can accommodate about 200 lung transplants a year.

"We're going to be adding another 130 ... who will be lining up for lung transplants in the next three to five years."

An investigation by 7.30 has discovered silicosis cases amongst stonemasons in New South Wales, Victoria and the ACT.

In the past three financial years in Victoria there have been 16 silicosis claims by stonemasons, and in NSW there were 23 total silicosis claims, some by stonemasons.

Dust made worker look like a 'snowman'

Melbourne man Tahir Ozkul, 46, has accelerated silicosis.

For years he worked in a small factory where all he had was a paper mask, which failed to protect him from the dust created as he cut kitchen bench tops.

Engineered stone can contain up to 90 per cent silica, much higher than the content in granite or marble.

After a day at work he would be covered in dust and said he looked like a "snowman".

Mr Ozkul struggles to walk more than 20 metres unassisted, needs oxygen to breathe, and finds it hard to complete basic daily tasks like doing up his shoelaces.

"I can't do normal activity like walk, I can't go somewhere easily, I have to carry all the time my oxygen," he told 7.30.

"The pain, the short breath is very bad, I feel very uncomfortable."

This week Mr Ozkul had a lung transplant and is recovering in a Melbourne hospital.

Canberra man Frank Scott, another former stonemason, also has silicosis.

He needs oxygen 16 hours a day and struggles with physical tasks.

Mr Scott has been told he could need a lung transplant but is trying to avoid one for now.

"It's a shocking disease," he told 7.30.

"It's going to stop me kicking the ball around with my grandson and I think that's the main thing that hurts the most."

Mr Scott sometimes engaged in a practice known as dry cutting, which has been banned in Queensland due to the dangerous level of dust it releases.

He wants the rest of the country to ban the practice and enforce wet processing, where dust is suppressed by using water on the engineered stone.

"You don't want more people getting sick and getting ill in the future," he said.

'We have forgotten the lessons' from asbestos

There are concerns there could be thousands more stonemasons across the country who have the early signs of silicosis but don't know it, because they haven't been medically tested and show little to no symptoms.

Melbourne-based respiratory physician and spokesperson for the Thoracic Society of Australia and New Zealand, Dr Ryan Hoy, believes it is a public health crisis.

"I've seen more and more patients, about eight patients in the last 12 months," he told 7.30.

"That's really the tip of the iceberg. Those workers have presented with shortness of breath and symptoms of silicosis.

"What we're really worried about is those who have the disease but don't yet know they have the disease present."

The Thoracic Society has joined with another powerful medical body, the Royal Australasian College of Physicians, to call for urgent action.

They want respiratory health assessments of all past and present workers, independent monitoring of dust levels, stronger enforcement of regulations and an immediate ban on dry cutting.

"This is the largest occupational lung crisis we've seen since the peak of asbestos use in the 1960s and the 1970s," Dr Hoy said."

"We really have forgotten the lessons from that terrible time in our history with asbestos use."

Dr Hoy is calling for silicosis to become a notifiable disease, which would mean health authorities must be told about new cases.

"Certainly the Thoracic Society of Australia and New Zealand and other organisations would very much like to see silicosis being reportable," he said.

"That way when a case is being identified there can be a thorough investigation as to why that disease has occurred and to protect other workers at that workplace too."

The Federal Government told 7.30 that Safe Work Australia is "already working with the states and territories to progress initiatives to address exposure to respirable crystalline silica in the workplace".

A draft report of Safe Work Australia's review will be released by the end of 2018.

Source

]]> Fri, 12 Oct 2018 01:08:42 +0000 <![CDATA[New EU PPE Regulation 2016/425: what’s changed?]]> https://worksafegear.com.au/blog/new-eu-ppe-regulation-2016-425-whats-changed/ The 30-year-old PPE Directive 89/686 has been replaced by PPE Regulation 2016/425. The following FAQ contains more information on the impacts and rollout of the change.

Why the change? 

The directive is nearly 30 years old and the personal protective equipment market has undergone significant change since its inception. It was therefore necessary to update the text of the directive to adapt to changes in the market. This change allows for better definition of the roles and responsibilities for everyone involved in the market: manufacturers, importers, distributors and notified bodies.

What is the difference between a directive and a regulation?

A regulation is a community law that applies to all member states in the Union. It is directly applicable as written. A directive must be implemented by the member state itself. In other words, it is transcribed. Which means that the state is free to choose the means by which it will implement the law. It must implement the directive by a certain deadline. 

What are the major changes? 

  • A more precise definition of roles and responsibilities for the different economic players to adapt to changes in the market. 
  • Clearer definitions of the different PPE categories (I, II and III). In addition, the validity of EU type certificates is limited to 5 years: the product is thus re-evaluated and re-tested if needed every 5 years, depending on changes to standards. 
  • New requirements for marking and for information to be provided in the Instructions for Use (see following paragraph).

How does a product display compliance with the new regulation? 

The regulation has new requirements for marking and information supplied to the user:

  • Marking

- The manufacturer's address must appear on the product, or on the instructions or packaging if space is lacking

- For products subject to aging (textiles/helmets), the date of manufacture (month/year) must be attached to the product and packaging. Note: the Petzl serial number also includes a date of manufacture. There may be a few months' difference between the two dates. The relevant date for your PPE inspection is the month/year date of manufacture. This difference is due to our internal manufacturing process. 

  • Instructions for use

- Must describe the hazard that the product is designed to protect against. 

- Must refer to PPE Regulation 2016/425. 

- Must display the URL of website where the declaration of conformity can be found.

What is the implementation schedule?

  • Implementation began on April 21, 2018: 
    ​Date after which it is possible to claim compliance with the regulation. 
  • Between April 21, 2018 and April 21, 2019:
    Transition period during which it is possible to sell products that are compliant with the directive or regulation. 
  • Beyond April 21, 2019:
    Our distributors and resellers may sell their remaining stock of directive-compliant products until April 21, 2023. 

Schedule for implementation of the regulation:

Can I continue to use a product that complies with the directive?

As a user, you can continue to use a directive-compliant product throughout the life of the product. For more information, the entire regulation may be found here.

]]> Tue, 04 Sep 2018 01:45:24 +0000 <![CDATA[Work Health and Safety Information Session for WA]]> https://worksafegear.com.au/blog/wa-work-health-and-safety-information-session/

Work Health and Safety Information Session from DMIRS on Vimeo.

]]> Wed, 25 Jul 2018 05:16:23 +0000 <![CDATA[3M Aura Technical Data Sheet]]> https://worksafegear.com.au/blog/3m-aura-technical-data-sheet_anz_2016/ 3M™ Aura™ Particulate Respirators 9300A+ Series

Technical Data Sheet

Data Sheet PDF

Description

The 3M™ Aura™ Particulate Respirator 9300A+ Series provides effective respiratory protection for use in environments where workers will be exposed to airborne dust particles and non-volatile liquid particles.

Features

  • Tested and compliant with AS/NZS 1716:2012.
  • Can provide protection against mechanically (P1) and thermally generated particulates (P2).
  • Foldable, easy to store, 3-panel design accommodates facial movement for wearer comfort.
  • Sculptured nose panel conforms to the nose and contours of the face and helps improve compatibility with 3M eyewear.
  • Embedded nose clip is concealed and is metal detectable.
  • Nose clip is kept securely in place within the layers of the respirator.
  • Large, soft nose foam comfortable on the skin
  • Hygienic individual packaging helps protect the respirator from contamination before use
  • 3M low breathing resistance filter technology gives effective filtration for consistent high quality performance.
  • Embossed top panel of the respirator helps to reduce fogging of eyewear.
  • Innovative chin tab designed for ease of donning and adjustment to help achieve a more comfortable fit.
  • 3M™ Cool Flow™ exhalation valve offers improved comfort in hot humid environments and/or where work is hard and physical (9312A+, 9322A+).
  • Even strap pressure improves comfort on the neck, face and head with a secure feel.
  • Coloured headbands for easy identification: Yellow for P1, Blue for P2.

Standards

The 3M™ Aura™ Particulate Respirator 9300A+ Series respirators meet the Class P1 or P2 performance requirements of AS/NZS 1716:2012 for filtering mechanically (P1) and thermally (P2) generated particles. They should be used to protect the wearer from solid and non-volatile liquid particles only. Class P2 respirators are also recommended for use in certain applications against some pathogenic biological airborne particulates such as Influenza virus. A copy of AS/NZS 1716:2012 can be purchased from SAI Global.

Applications

These respirators are suitable for use in concentrations of solid and non-volatile liquid particles up to the following limits:

Certification

The 3M™ Aura™ Particulate Respirator 9300A+ Series respirators have been produced to comply with the requirements of Australia/New Zealand Standard AS/NZS 1716:2012 under an agreed production certification scheme operated during manufacture in accordance with BSI.

Important

  • Before use, the wearer must be trained in use of the complete product in accordance with AS/NZS 1715:2009 and other applicable Health and Safety standards/guidance.
  • Proper selection, training, use and appropriate maintenance are essential in order for the product to help protect the wearer from certain airborne contaminants.
  • Failure to follow all instructions and limitations on the use of these respirators and/or failure to wear the respirator during all times of exposure can reduce respirator effectiveness and may result in sickness or death.
  • Do not use in atmospheres containing less than 19.5% oxygen, as these respirators do not supply oxygen. (3M definition – individual countries may apply their own limits on oxygen deficiency. Seek advice if in doubt.) Do not use these respirators for protection against atmospheric contaminants/concentrations which are unknown or at or above immediately dangerous to life and health (IDLH) levels.
  • For suitability and proper use follow local regulations and refer to all information supplied. For additional assistance, contact an Occupational Hygienist, Safety professional or 3M TechAssist Helpline.

Warnings and Use Limitations

  • Always be sure that the complete product is:
    • Suitable for the application;
    • Fitted correctly;
    • Worn during all periods of exposure;
    • Replaced when necessary.
  • Before initial use, always check the product is within the stated shelf life (use by date).
  • It is recommended that fit testing be conducted before assigning a respirator to an individual. If you cannot achieve a proper fit then do not enter the contaminated area. See your supervisor.
  • Inspect respirator before each use to ensure it is in good working condition. Examine all the respirator parts for signs of damage including the two straps, nose clip, nose foam and staples. The respirator should be disposed of immediately upon observation of damaged or missing parts.
  • Leave the contaminated area immediately and contact supervisor if dizziness, irritation or other distress occurs.
  • Do not alter, repair, wash, abuse or misuse the respirator.
  • Do not use with beards or other facial hair or other conditions that prevent a good seal between the face and the sealing edge of the respirator.
  • The respirator can help protect the wearer’s lungs against certain airborne contaminants; however, it will not prevent entry through other routes such as the skin or eyes, which would require additional personal protective equipment (PPE).
  • These respirators are designed for occupational/professional use by adults who are properly trained in their use and limitations. These respirators are not designed to be used by children.
  • Individuals with a compromised respiratory system, such as asthma or emphysema, should consult a physician and complete a medical evaluation prior to use.
  • Operating Temperature Range: -20 to +50 degrees Celsius. CAUTION: Care should be taken when using these respirators at low temperatures as excessive moisture may cause the exhalation valve to freeze.
  • The filtration efficiency of these respirators may decrease in the presence of oily mists.

Fitting Instructions

Must be followed each time the respirator is worn. Before fitting device, ensure hands are clean.

See Figure 1 below.

All respirator components should be inspected for damage prior to each use.

  1. With reverse side up and using the tab, separate top and bottom panels to form a cup shape. Bend slightly at centre of the nose clip.
  2. Ensure both panels are fully unfolded.
  3. Cup respirator in one hand with open side towards face. Take both straps in other hand. Hold respirator under chin, with nose piece up, and pull straps over head.
  4. Locate the upper strap across the crown of the head and the lower strap below the ears. Straps must not be twisted. Adjust top and bottom panels for comfortable fit, ensuring panels and chin tab are not folded in.
  5. Using both hands, mould nose clip to the shape of the lower part of the nose to ensure a close fit and good seal. Pinching the nose clip using only one hand may result in less effective respirator performance - use two hands.
  6. The seal of the respirator on the face should be fit checked before entering the workplace

Fit Check

  1. Cover the front of the respirator with both hands being careful not to disturb the fit of the respirator.
  2. (a) UNVALVED respirator - EXHALE sharply; (b) VALVED respirator - INHALE sharply.
  3. If air leaks around the nose, re-adjust the nose clip to eliminate leakage. Repeat the above fit check.
  4. If air leaks at the respirator edges, work the straps back along the sides of the head to eliminate leakage. Repeat the above fit check. If you CANNOT achieve a proper fit DO NOT enter the hazardous area. See your supervisor. It is recommended that wearers be fit tested in accordance with AS/NZS 1715:2009 Standard.

Removal Instructions

See Step 3 of Fitting Instructions and place hand over the respirator to maintain position on the face. Pull the bottom strap over your head. Still holding respirator in position, pull the top strap over your head and remove the respirator.

Disposal

Used respirators should be disposed of in accordance with relevant national regulations

Materials

The following materials are used in the production of the 3M™ Aura™ Particulate Respirator 9300A+ Series respirators:

Storage and Transportation

The 3M™ Aura™ Particulate Respirator 9300A+ Series respirators have a shelf life of 5 years. End of shelf life is
marked on the product packaging. Before initial use, always check that the product is within the stated shelf life (use by date). Product should be stored in clean, dry conditions within the temperature range: –20°C to +25°C with a maximum relative humidity of <80%. When storing or transporting this product use original packaging provided.

]]> Mon, 02 Jul 2018 07:36:14 +0000 <![CDATA[Respiratory Protection for Collision Repair Panel Shops]]> https://worksafegear.com.au/blog/respiratory-protection-for-collision-repair-panel-shops/ Use this quick selection guide to find the recommended respiratory protection for your task and face shape.

Please note: if you have identified contaminated air as a hazard, you should put control measures in place to manage exposure. The hierarchy of controls is a system that will guide you to select appropriate controls. The use of respiratory protection is one method of control which can be used in conjunction with other controls.

]]> Mon, 02 Jul 2018 07:17:31 +0000 <![CDATA[Respiratory Protection for Collision Repair Paint Shops]]> https://worksafegear.com.au/blog/respiratory-protection-for-collision-repair-paint-shops/ Use this quick selection guide to find the recommended respiratory protection for your task and face shape.

Please note: if you have identified contaminated air as a hazard, you should put control measures in place to manage exposure. The hierarchy of
controls is a system that will guide you to select appropriate controls. The use of respiratory protection is one method of control which can be used in conjunction with other controls.

]]> Mon, 02 Jul 2018 06:58:38 +0000 <![CDATA[Respiratory protection in construction]]> https://worksafegear.com.au/blog/respiratory-protection-in-construction/ Respiratory protection in construction

Use this quick selection guide to find the recommended respiratory protection for your task and face shape.

Please note: if you have identified contaminated air as a hazard, you should put control measures in place to manage exposure. The hierarchy of controls is a system that will guide you to select appropriate controls. The use of respiratory protection is one method of control which can be used in conjunction with other controls.

]]> Mon, 02 Jul 2018 06:40:56 +0000 <![CDATA[3M Disposable respirator selection guide]]> https://worksafegear.com.au/blog/disposable-respirator-selection-guide/

Step 1: Choose a Protection Factor

P1

P1 is the rating given to a respirator which meets AS/ NZS1716:2012 for filtering mechanically generated particles, e.g., particles formed by crushing, grinding, drilling, sanding and cutting.

P2

P2 is the rating given to a respirator that meets AS/NZS1716:2012 for filtering mechanically and thermally generated particles, e.g. welding fumes, bushfire smoke. Also for use against bio aerosols such as H1N1 and H5N1 Influenza.

Type GP1 / Type GP2

Type ‘G’ class rating is suitable for low vapour pressure (below 1.3Pa @ 25oC) organic compounds e.g. many agricultural chemicals like herbicides and pesticides.

N95

Reduces exposure to harmful airborne particles <100 micron eg. Bacillus anthracis, Mycobacterium tuberculosis, mould, SARS/Influenza virus.

Step 2: Choose a Valved or Unvalved Respirator

Valved Respirator Benefits

  • Reduces exhalation effort
  • Cooler to wear
  • Stays comfortable for longer
  • Less likely to mist up eyewear

Unvalved Respirator Benefits

  • Lower unit cost
  • Reduces potential for wearer contamination of their environment

Step 3: Choose a Style

You can choose from the following models to suit your environment and your face shape:

Step 4: Fit Test

A respirator cannot protect you if it does not fit your face

Best practice for any Personal Protective Equipment is to ensure the right fit.

  • Proper fitting of a respirator requires the application of an accepted method of fit testing.
  • It is recommended that wearers be fit tested in accordance with Standards Australia’s Guidance document AS/NZS 1715:2009.

Popular 3M Respiratory Products

]]> Mon, 02 Jul 2018 05:42:37 +0000 <![CDATA[Keeping you safe from Asbestos]]> https://worksafegear.com.au/blog/keeping-you-safe-from-asbestos/ Introduction

The last few years have brought extensive amounts of news coverage about all things Asbestos; schools being shut down, offices being cleared and stories of home renovations gone awry. But beyond the news stories and fear, do you truly understand how Asbestos can affect your health, how to spot it and what you can do to stay safe? We do.

That’s why we’ve spent decades keeping you informed on potential risks and improving respiratory protection products that help keep your lungs out of harm’s way. Whether you work in the construction industry, handle insulation products, install roofs and tiles, manipulate clutch pads or are taking on ambitious home renovations, Asbestos could pose a serious threat for your lungs and overall health. Here’s an overview of what you need to know about Asbestos to stay safe.

What is Asbestos?

Asbestos is an umbrella term for a group of fibrous silicate minerals found abundantly in nature. In the past, it was widely used in commercial applications and construction because its length and strength make it very heat resistant, great at insulating surfaces and easy to weave within other materials and products.

There are two main types of Asbestos, serpentine and amphibole. Serpentine fibres are long, flexible, and curved, which makes them popular in manufacturing. Amphibole fibres are straight and stiff, and that makes them brittle and more liable to break. It’s precisely when these bundles of fibres break that your lungs become at risk.

Magnification of Asbestos

How could it affect me?

Repeated and long-term exposure to Asbestos has been directly linked to lung cancer, mesothelioma and other pulmonary issues. Amongst the most common is Asbestosis, a chronic lung disease that creates scar tissue in the lower part of the lungs, diminishes lung flexibility and makes it increasingly hard to breathe. Common initial symptoms of Asbestosis include difficulty breathing, what’s called a “crackle” sound upon breathing in, finger clubbing and a bluish skin colouration. Asbestos exposure at high concentrations can also lead to an enlargement of the heart due to the increased resistance of blood flow through the lungs.

In evaluating all of these risks, there are five main elements to be considered:

  • The level and length of exposure
  • Time elapsed since exposure
  • Age at which you were exposed
  • Smoking habits
  • Type and size of Asbestos fibre

When am I at risk?

You’re likely to inhale Asbestos any time the fibres are cracked or disturbed. This is a particular risk with friable Asbestos, Asbestos that is crumbly or loose in composition, because it becomes airborne more easily.

Given its heat-resistant and insulating properties, you’re more likely to come in contact with Asbestos fibres when handling
roofing materials, floor tiles, insulation materials, heating systems, electric and sound insulation products, automobile friction materials such as clutch pads, and many more.

Asbestos mining and use has been banned in many countries for decades, but working in older buildings and structures puts you at higher risk of exposure. The Australian and New Zealand Federal and State Governments have set up strict safety and exposure guidelines to manage the risks posed by release of airborne asbestos fibres, but given how widespread these fibres are, we strongly recommend following these guidelines and wear appropriate protective gear any time you work with traditional materials or older  buildings.

What can I do to protect myself?

Know where to look

Asbestos looks fairly unique and can sometimes be spotted with the naked eye. Look for white, fibrous material around air conditioning systems, under carpets and ceilings, in closet linings, on roof boards, around pipes and in any insulation boards or materials.

Get the equipment you need

Given the popularity and pervasive presence of Asbestos, it’s particularly important to have the right protective gear within reach at all times. At the very least, an AS/NZS1716 compliant respirator featuring a particulate filter should be worn any time there’s potential risk for exposure.

For various exposure levels, 3M has a full line of products ranging from lightweight disposable respirators to full-face respirators and heavy-duty powered respiratory equipment. All of our products are equipped with advanced electrostatic media
technology to let you breathe comfortably while keeping dangerous fibres and particles away from your lungs.

You can always get in touch with one of our respiratory experts for personalized guidance on protective gear and risk avoidance. We can help you mitigate exposure risks so you can focus on what truly matters to you: your work, your health and your family.

Source

]]> Mon, 02 Jul 2018 04:50:15 +0000 <![CDATA[Breathe easy in an industrial working environment]]> https://worksafegear.com.au/blog/breathe-easy-in-an-industrial-working-environment/ Are you protected?

Respirators are a simple and effective solution that can help to protect against what can be a potentially deadly issue when it comes to occupational health and safety.

Our natural protections against respiratory illnesses include a lung-clearing mechanism using small hairs called cilia that line our respiratory tract, nasal hairs acting as a coarse filter, and the cough reflex - all of which help expel unwanted airborne microbes and particles.

However, these protections may not work when particulates in the air are in such concentrations, or are so toxic, that our natural defences are not dequate enough to protect our respiratory system.

An array of exposures can cause respiratory health problems and irritate pre-existing conditions.

According to the Australian Bureau of Statistics1, about 14 per cent of all deaths in Australia are caused by lung diseases such as mesothelioma, asthma, lung cancer, asbestosis and pneumonia. 

Some of these diseases are caused by personal choices including smoking, while others, such as asthma, can be a combination of hereditary and environmental conditions.

Air conditions in the workspace.

Dust, mists, smoke and sprays are just some of the substances that can make you sick or even lead to death if exposed to significant airborne concentrations while working for prolonged periods in industrial locations.

A range of industries such as coal mining, heavy manufacturing and agriculture are known to create conditions that can expose workers to various materials that adversely affect their health.

One such disease that afflicts workers is COPD, which is the narrowing of the airways. According to the book Clinical Management of Chronic Obstructive Pulmonary Disease2(second edition) published by CRC Press, there is a growing body of evidence that show environmental factors are causing the disease.

This can include occupational exposure to fine particulates, grains, heavy metals like cadmium or chromium, coal, silica and other mineral dusts and welding fumes, which increase the risk of the disease. The same report stated that up to 19 percent of cases of the disease in the working population in the US aged between 30-75 were caused by occupational exposures attributed to the aforementioned factors.

Not only should employees be protected from airborne contaminants for ethical reasons, it is in the employer’s interest that workers have the correct personal protective equipment (PPE). If a worker gets sick or contracts a lung disease from exposures due to the lack of suitable PPE, it can open up the employer to a range of legal and economic implications. This can include anything from an intrusive investigation by workplace health and safety regulators through to an employee missing work for an extended period of time.

This is why a respirator can be an essential part of PPE and necessary when people are working in places where particles are a hazard. Although not a standalone solution, a respirator correctly chosen and used can be a vital part of a number of workplace controls that help make sure health and safety laws are being adhered to by all parties.

3M Aura 9300A+ series of disposable respirators.

3M’s Aura 9300A+ range of disposable respirators has been designed specifically for industries where occupational issues, such as exposure to dusts and other airborne particles that can intrude into a person’s airways, are a common, ongoing occurrence.

There are two types of 3M Aura 9300A+ respirators – valved and unvalved. The valved version includes an exhalation valve, which allows for quicker dispersal of the wearer’s hot, humid exhaled breath, which works better in an environment where workers exert more energy.

Key features.

The fit - the 3M Aura 9300A+ series’ threepanel design means it can fit a wide range of face shapes and sizes. The sculptured soft nose panel allows it to fit comfortably on your nose without any annoying pressure on this sensitive area of the face. Like any tight fitting mask, Aura respirators are not suited for those with facial hair or stubble that interferes with the face seal of the product.

Breathing resistance - the electret particulate filter media in the advanced low-breathing resistance filter is said to reduce breathing resistance by up to 85 percent compared to other similar devices. Breathing resistance is that uncomfortable feeling where you feel it is difficult to pull air through the mask.

Removes heat build-up - the 3M Aura 9300A+ series products with an exhalation valve have enhanced performance to more easily remove heat and humid breath through the valve.

Embossed top panel - this helps control the flow of exhaled air through the top panel, helping to reduce the fogging of eyewear.

Fit testing kits. 

A vital accessory to the 3M Aura 9300A+ range is the 3M FT-10 or FT-30 fit testing kit, which allows users to carry out a qualitative fit test. It is designed to check the face-to-respirator seal on any tight-fitting respirator fitted with a particulate filter. Users spray a bitter or sweet solution into the hood environment and perform a number of simple head movements. If the wearer tastes the spray while completing a series of exercises, then the fit is not acceptable and the product needs to be refitted or a different model selected.

3M’s Aura 9300A+ range is designed to be a cost-effective respiratory solution for hazardous working conditions where particulate exposure is
an issue.

Source

]]> Mon, 02 Jul 2018 02:43:13 +0000 <![CDATA[Ensuring good fit for respiratory protection]]> https://worksafegear.com.au/blog/ensuring-good-fit-for-respiratory-protection/ Importance of Respiratory Fit Testing

The Australia/New Zealand Standard 1715 emphasises a complete respiratory protection approach, including fit testing. It is important for employers and workers to understand this Standard.

A complete approach to a respiratory protection program

The AS/NZS 1715:2009 Standard stresses that all the elements of a program must be delivered to achieve the respiratory protection that is required. The Standard also stresses that the provision of an item of respiratory protective equipment is only part of an overall systemof respiratory protection for all employees.

Fit testing

The Standard clearly mandates that this is a necessary part of any program – Section 2.6 states “the program administrator shall ensure a suitable fit test is carried out for all users of Respiratory Protective Equipment (RPE) with a close fitting facepiece.”
The specifics and details of this Standard must be be read in full – a copy of the AS/NZS 1715:2009 Standard can be purchased online at http://infostore.saiglobal.com/store/

When to Fit Test

Fit testing must be carried out before the initial issue of a tight fitting facepiece.

Fit testing must be repeated at appropriate times such as:

  • If the wearer loses or gains a significant amount of weight, has major dental work or sustains a major facial injury
  • If a different size or model of respirator is specified
  • At least annually or when specified by the company policy, e.g. at time of health surveillance check

Fit testing is in addition to the requirement to perform a fit check prior to each use as a gross determination of suitable fit.
This is an excerpt from “3M TechUpdate: Respirator Fit Testing” which can be found at 3m.com/au/ppesafety

3M™ Qualitative Fit Test Apparatus

The 3M Qualitative Fit Test apparatus FT-10 and FT-30 are designed for fit testing disposable and half face respirators fitted with particulate or combination gas/vapour and particulate filters.

Features & Benefits

  • Offers fast, easy method for performing qualitative fit testing
  • No calibration of equipment required
  • No modification of facepiece required
  • Test operator can be self-taught/instructed
  • Each kit contains a hood and collar assembly, two nebulisers, sensitivity solution, test solution and detailed instructions
  • Available with Sweet (FT-10 Saccharin) or Bitter(FT-30 Bitrex)solutions

Source

Highlight Products

]]> Tue, 26 Jun 2018 06:15:32 +0000 <![CDATA[10 ways to protect your hands]]> https://worksafegear.com.au/blog/10-ways-to-protect-your-hands/
  1. Take frequent breaks from repetitive activities and stretch your hands and fingers.
  2. Use padded grips on vibrating machinery handles.
  3. Wear appropriate gloves for the job or exposure. Don’t wear loose fitting gloves when working near rotating machinery.
  4. Remove rings and wrist jewellery when working around machinery and other construction works.
  5. Beware of pinch points and tools with rotating parts such as hand drills and grinders, and wherever fingers and hands could be crushed.
  6. Make sure all safety guards are in place when using power tools and machinery.
  7. Make sure proper lockout-tagout is followed with machinery de-energised at the power source before attempting any repairs or adjustments.
  8. Always use knives and cutters with care.
  9. Help prevent infection by immediately and thoroughly cleaning cuts and abrasions to your hands, then ensure all incidents are reported.
  10. Seek medical attention immediately for severe cuts or puncture wounds to the hand. Have your tetanus shot updated every ten years or sooner.
]]> Mon, 07 May 2018 02:08:40 +0000 <![CDATA[3M Virtual Reality Simulation Adds New Dimension to Safety Training]]> https://worksafegear.com.au/blog/3Msafety/ 3M Virtual Reality Simulation Adds New Dimension to Safety Training

]]> Fri, 09 Mar 2018 09:15:34 +0000 <![CDATA[GWO Training Australia]]> https://worksafegear.com.au/blog/GWOtraining/ Wind turbine technicians flocked to GWO training in 2017
  • NYHED
  • Belongs to these catagories:
  • Secretariat
  • Training
  • Training Standard
  • WINDA
  • Global Wind Industry Training Records Database (WINDA) publishes first full year data
  • 44,000+ people completed GWO Basic Safety Training in 2017
  • Top ten training providers delivered over 52,000 GWO modules in 2017
  • 135 nationalities trained in 36 countries 
 
Copenhagen – Thursday 22 February 2018 – Global Wind Organisation has published its first annual report, which shows that during 2017 44,418 technicians from 135 countries received GWO certified safety training in 2017.

GWO, a non-profit representing wind turbine manufacturers and operators covering more than two thirds of the market**, operates WINDA, which verifies the certification status of GWO Certified Training Providers and the training status of technicians or ‘Delegates’, who have attended GWO certified training courses.
WINDA launched in October 2016 and GWO today publishes its first full year of data. 

The report reveals a range of information including a top ten training providers (see table below), who delivered over 52,000 modules in 2017. Meanwhile, 30 providers delivered more than 100 modules every month and the top 15 nations represented on WINDA now includes significant markets outside Europe, with Mexico, India and the USA all increasing their volumes of training. 

Jakob Lau Holst, CEO of Global Wind Organisation, says: “GWO strives for an injury free working environment in the wind industry, through cooperation among the members and other stakeholder organisations in setting world wide safety training standards based on industry statistics and risk evaluations. 

“We are confident the numbers speak for themselves. Our membership frequently reports that by adopting GWO standards they can make considerable improvements in the overall efficiency of their training programs.
]]> Wed, 07 Mar 2018 12:24:40 +0000 <![CDATA[Drops Training]]> https://worksafegear.com.au/blog/droppedobjects/ DROPS Global Training

DROPS Global offer a range of Dropped Object Prevention Awareness and Training programmes, each derived from industry lessons learned and associated best practice and applicable across the full supply chain.

Drops Global Training

The interactive programmes provide a comprehensive understanding of dropped objects in the offshore and onshore workplace and an opportunity to explore the methods applied to control and prevent dropped object occurring.

DROPS Train-The-Trainer is a modular familiarisation product delivered to personnel (onshore or offshore) who will in turn adapt the content and cascade the training throughout your organisation.

In many cases, this material has been used as the foundation for Asset Specific Dropped Object Awareness and Prevention Training - tailored by users and providers to suit operations, activities and requirements.

The modular framework of the material can also be adapted to provide excellent resources for a wide range of facilitated sessions to assist in the implementation of Dropped Object Prevention and Management and to establish and develop the key elements for campaigning, managing and auditing performance.

To find out more, please contact DROPS Training

]]> Wed, 07 Mar 2018 12:21:17 +0000 <![CDATA[Construction Safety - The UGLY Stats]]> https://worksafegear.com.au/blog/construction-safety-the-ugly-stats/ According to a Safe Work Australia report
  • Over the 13-year period, 2000 to 2013, an average of 12 600 employees made a workers' compensation claim which involved payment for one or more weeks off work. This equates to 35 employees each day being injured seriously enough to require one or more weeks off work.
  • The part of the body most often injured while working in the construction industry was the lower back, which accounted for 15% of injuries. This was followed by injuries to fingers & thumb (12%), the knee (11%) and shoulder (9%).
  • Almost half (49%) the injured workers in the construction industry were employed as technicians and trades workers at the time of their injuries. The workers within this group with the most injuries were bricklayers, carpenters and joiners.
  • Over the 3-year period 2009-10 to 2011-12 the typical cost of a serious claim in the construction. industry was $10 200.
  • In 2011-12 a typical serious claim in the construction industry involved 6.4 weeks off work. The amount of time off work has increased 39% since 2003-04.
  • Over the 11 year period 2003 to 2013 there were 401 work-related fatalities in the construction industry - an average of 36 every year.
  • Fractures were responsible for almost one-third of construction worker injuries requiring hospitalisation.
  • 28% of construction deaths were caused by falls from a height - most involved ladders, mobile ramps & stairways, and scaffolding.

Quick Risk Check List

  1. PPE
  2. Logbooks
  3. Procedures
  4. Signs
]]> Thu, 13 Oct 2016 00:10:29 +0000 <![CDATA[Hand Protection Safety Standards]]> https://worksafegear.com.au/blog/hand-protection-gloves-safety-standards/

Understanding EN Glove Standards

The International Organisation for Standardisation (ISO) and Australian/New Zealand Standards (AS/NZS) help classify specific product attributes and communicate the quality and protection levels of personal protection equipment. The standards are designed to assist managers in the provision and maintenance of workplace safety levels.

The elimination of health and safety workplace hazards is mandated by government legislation. Where they cannot be eliminated, employers are responsible for reducing hazards to a minimum as is reasonably practical. As a result, they have implemented a number of identical standards to those used in Europe.

For example, standard EN420 (AS/NZS 2161.2:1998) - Occupational Protective Gloves, General Requirements - defines requirements for all protective gloves (except electrical and medical gloves) for glove construction, cleaning, comfort and efficiency, marking and information. While the majority of the Australian/New Zealand occupational glove standards are identical to the European standards, there are instances where the European standard has been revised, but the Australian/New Zealand standard has not been changed. This is why, for example, the protection against cold standard AS/NZS 2161.5:1998 is not the same as the European cold standard EN511:2006. The requirements are similar but the two standards use different testing methodologies.

Above is a guide to pictograms used for the EN Standards.

Explaining the Three Risk Categories According to EN Legislation

The PPE directive 89/686/EEC specifies two classes of glove meeting two levels of risk: ‘minimal’ and ‘mortal’ or ‘irreversible’ risk. A risk which falls between the two levels may be described as ‘intermediate’. A system of marking has been developed to identify the level of risk to help you select gloves of the appropriate class.

Risk Category I: Gloves of Simple Design For Minimal Risk Only

For gloves of simple design offering protection from low level risks, e.g. janitorial gloves, manufacturers are permitted to test and certify gloves internally (i.e. there is no requirement for testing and certification by an independent body).

Risk Category II: Gloves of Intermediate Design For Intermediate Risk

Gloves designed to protect against intermediate risk, e.g. general handling gloves requiring good cut, puncture and abrasion performance, must be subjected to independent testing and certification by a notified body. Only these approved bodies may issue a CE mark, without which the gloves may not be sold. Each notified body has its own identification number. The name and address of the notified body that certifies the product has to appear on the instructions for use that will accompany the gloves.

Risk Category III: Gloves of Complex Design For Irreversible Or Mortal Risk

Gloves designed to protect against the highest levels of risk e.g. chemicals, must also be tested and certified by a notified body. In addition, the quality assurance system used by the manufacturer to guarantee homogeneity of production or the quality consistency testing of the final product must be independently checked. The body carrying out this evaluation will be identified by a number which must appear alongside the CE mark (in this case, 0493).

EN Glove Standards:

EN 420

General Requirements for Protective Gloves

Relevant Australian Standard: AS/NZS 2161.2:1998

This standard defines the general requirements for glove design and construction, innocuousness, comfort and efficiency, marking and information applicable to all protective gloves. This standard can also apply to arm guards. A glove is an item of personal protective equipment which protects the hand or any part of the hand from hazards. It may also cover part of the forearm and arm.

Glove construction and design:
Gloves have to offer the greatest possible degree of protection in the foreseeable conditions of end use
When seams are included, the strength of these seams should not reduce the overall performance of the glove


EN 374

Gloves Giving Protection from Chemicals and Micro-Organisms

Relevant Australian Standard: AS/NZS 2161.10:2005


This standard specifies the capability of gloves to protect the user against chemicals and/or micro-organisms. The ‘chemical resistant’ glove pictogram must be accompanied by a minimum three digit code. This code refers to the code letters of the chemicals (from a list of 12 standard defined chemicals), for which a breakthrough time of at least 30 minutes has been obtained.

Permeation
Each chemical tested is classified in terms of breakthrough time (performance level 0 to 6).


The ‘low chemical resistant’ or ‘waterproof’ glove pictogram is to be used for those gloves that do not achieve a breakthrough time of at least 30 minutes against at least three chemicals from the defined list, but which comply with the penetration test.


The ‘micro-organism’ pictogram is to be used when the glove conforms to at least a performance level 2 for the penetration test.


EN 388

Gloves Giving Protection from Michanical Risks

Relevant Australian standard: AS/NZS 2161.3:1998


This standard applies to all kinds of protective gloves in respect of physical and mechanical aggressions caused by abrasion, blade cut, puncture and tearing. Protection against mechanical hazards is expressed by a pictogram followed by four numbers (performance levels), each representing test performance against a specific hazard. The ‘mechanical risks’ pictogram is accompanied by a four digit code:

A. Abrasion Resistance 
Based on the number of cycles required to abrade through the sample glove.

B. Blade Cut Resistance 
Based on the number of cycles required to cut through the sample at a constant speed.

C. Tear Resistance 
Based on the amount of force required to tear the sample.

D. Puncture Resistance 
Based on the amount of force required to pierce the sample with a standard-sized point.

In all cases above, 0 indicates the lowest level of performance. These performance levels must be prominently displayed alongside the pictogram on the gloves and on the packaging which immediately contains the gloves.

EN 407

Gloves Giving Protection From Heat

Relevant Australian Standard: AS/NZS 2161.4:1999


This standard specifies thermal performance for protective gloves against heat and/or fire. The nature and degree of protection is shown by a pictogram followed by a series of six performance levels, relating to specific protective qualities.

Gloves must achieve at least performance level 1 for abrasion and tear.


EN 511

Gloves Giving Protection From Cold

Relevant Australian Standard: AS/NZS 2161.5:1998


This standard applies to any gloves to protect the hands against convective and contact cold down to -50 °C. Protection against cold is expressed by a pictogram followed by a series of three performance levels, relating to specific protective qualities.

All gloves must achieve at least performance level 1 for abrasion and tear

EN 421

Gloves Giving Protection from Radioactive Contamination & Ionising Radiation

Relevant Australian Standard: AS/NZS 2161.10:2005


To protect from radioactive contamination, the glove has to be liquid proof and needs to pass the penetration test defined in EN374. For gloves used in containment enclosures, the glove shall pass in addition a specific air pressure leak test. Materials may be modelled by their behaviour to ozone cracking. This test is optional and can be used as an aid to selecting gloves.


To protect from ionising radiation, the glove has to contain a certain amount of lead or equivalent metal, quoted as lead equivalence. This lead equivalence must be marked on each glove.




Material courtesy of

 
]]> Wed, 17 Aug 2016 05:18:51 +0000 <![CDATA[SAVE A MAN Kilimanjaro Challenge 2016]]> https://worksafegear.com.au/blog/heightech-supporting-save-a-man-kilimanjaro-challenge-2016/

HEIGHTech Safety Systems and WorkSafeGEAR Australia proudly support this year's SAVE A MAN: Kilimanjaro Challenge by the Prostate Cancer Foundation of Australia.

Prostate Cancer kills 3,300 people per year in Australia. This is same amount of people as breast cancer BUT 78% of women feel well informed about breast cancer whereas ONLY 52% of men feel well informed about Prostate Cancer.

One man every three hours will lose his battle against Prostate Cancer in Australia.

So in 2016 WorksafeGEAR / HeighTech Safety Systems are trying to reduce this number and promote awareness for Prostate Cancer by SAVING A MAN in 2016.

HOW YOUR DONATION CAN HELP THE PROSTATE CANCER FOUNDATION OF AUSTRALIA:

  • $30 will provide a patient pack for a man newly diagnosed with prostate cancer
  • $50 will enable resources printed in other languages to be provided to CALD members of our community
  • $100 will provide an Ambassador speaker to a regional area
  • $500 will provide new resources to a support network group to distribute to the community

Corporate Sponsorship Options:

1) Package A - Total $7,320

  • Registration Fee $770
  • Tax deductible donation to Prostate Cancer Foundation $1,000
  • Travel Cost $5,500

2) Platinum Sponsorship - $2,000

  • Company name / logo on centre of sponsored jacket
  • Company name / logo at the top of training shirt
  • Option to provide items for display or giveaway at fund raising events
  • A photo of me holding a flag / banner at Mt Kilimanjaro
  • A photo of me on the challenge wearing sponsored jacket which is donated to you post challenge in recognition of your contribution

3) Gold Sponsorship - $1,000

  • Company name / logo on the arm of training shirt
  • Company name / logo on an arm of sponsored jacket
  • Option to provide items for display or giveaway at fund raising events

4) Silver - $500

  • Company name / logo on the arm of training shirt
  • A photo to hang in the office in recognition of your contribution

5) Bronze - $375

  • Company name / logo on the arm of training shirt
  • A photo to hang in the office in recognition of your contribution

 

Save a man – only together we can.

- Thank you for your support, from the HEIGHTech and WorkSafeGEAR team

 

More about Prostate Cancer Foundation of Australia

Prostate Cancer Foundation of Australia (PCFA) is a broad based community organisation and the peak national body for prostate cancer in Australia. 

PCFA Fundraising is dedicated to reducing the impact of prostate cancer on Australian men, their partners and families, recognising the diversity of the Australian community. 

Men over age 50, or 40 with a family history of prostate cancer, should talk to their doctor about testing for prostate cancer using the PSA test and DRE as part of their annual health check-up.

 

Use our PROMO CODE and all discount proceedings will go towards the Save A Man Kilimanjaro Challenge 2016.

How to use the Promo Code

]]> Wed, 25 May 2016 23:16:49 +0000