You trust your arc-rated and flame resistant (AR / FR) clothing with your life, and for good reason: AR / FR from qualified suppliers like Tyndale undergoes rigorous testing to ensure it will perform as expected in the event of an arc flash or flash fire. But what are the tests, and how can you be sure?
Follow along with our series to find out about today’s test methods and requirements for all kinds of AR / FR clothing – from fiber to fabric to finished garment – and the difference a trusted supplier makes.
With Scott Margolin, Vice President of Technical as our guide, we’ll examine many of the major tests to see what they measure, how they measure it, what that means to someone like you who is specifying or wearing the garment, and how you can be sure your PPE starts with and retains its protective properties through its full service life. We’ll take a look at testing for other types of PPE – including rainwear, boots, hi-vis, and more – too.
Don’t miss this sneak peek:
Already versed on standards and testing? This series is still for you. There have been significant revisions to various standards and test methods along the way. For example, rainwear was once governed by general arc flash and flash fire standards, but has since been superseded by standards with test requirements specifically for AR and FR rainwear. Whether you are a seasoned professional or just starting out, tune in to make sure you are up to date on the latest information.
Each post will be linked below as it is published – follow along, binge them all, or pick and choose as we go based on your hazard or area of interest.
There are many AR/FR standards, each directing key guidelines for safety. Understanding how they work together to inform and support employee safety is important. Join us as we break down the hierarchy of these safety standards.View Episode 1
The Vertical Flame Test, ASTM D6413, determines whether a fabric is flame resistant or not, which makes it the test when it comes to arc rated and flame resistant (AR / FR) apparel.View Episode 2
Passing OEKO-TEX 100 delivers assurance to wearers that any chemicals that are present in the clothing they’re wearing are well within the established safe thresholds.View Episode 3
One of the main standards for arc flash-protective clothing is ASTM F1506, Standard Performance Specification for Flame Resistant and Electric Arc Rated Protective Clothing Worn by Workers Exposed to Flames and Electric Arcs.View Episode 4
If you work alongside an arc flash hazard each day, you’ve got guts. Your electric arc protection should too! That’s where ASTM F1506 comes in: it identifies arc-rated flame resistant (AR / FR) fabrics with the right performance properties to be worn for arc flash protection.View Episode 5
As the name infers, this test uses two manikin torsos – or “half manikins” – meaning the test only evaluates shirts and other top-wear. This test is not used for pants or coveralls. The ASTM F2621 test features non-censored manikins, meaning this test is purely visual.View Episode 6
In this post, we’re concentrating on one of the two main tests – ASTM F1959, the Standard Test Method for Determining the Arc Rating of Materials for Clothing, also known as “The Arc Rating Test.” In short, The Arc Rating Test allows us to be sure that arc rated fabrics – protecting wearers against arc flash hazards on the job – have been tested to the arc flash standard.View Episode 7
If you’re working in an environment where you are at risk of being exposed to a flash fire (a sudden, intense fire which is short in duration but severe in potential danger) you should be aware of the flash fire protection standards set in place to keep workers safe.View Episode 8
If you work alongside the risk of a flash fire, chances are you’ve heard of “The Manikin Test.” After all, it’s the most well-known of the tests in NFPA 2112 for flash fire protection. But do you know how it’s conducted, what it tells us, or why it’s so important?View Episode 9
We’re breaking down the various tests in NFPA 2112 for flash fire protection. Now that we’ve taken a closer look at “the Manikin Test” (ASTM F1930) – the most well-known of the tests, we’re turning our attention to the other three main fabric tests in the standard.View Episode 10
If you’ve been following our How it’s Tested series, you’re aware of the four (4) main NFPA 2112 tests. But, did you know there are a dozen other tests that help determine garment performance?View Episode 11
Did you know that 2112 garment compliance requires third-party certification? But, the tests we’ve previously covered are fabric tests, so when we say a garment is certified, how does that differ?View Episode 12
ASTM F1891 provides test methods, performance criteria and purchasing information for rainwear designed to protect workers from exposure to electric arcs and open flames.View Episode 13
Like ASTM F1891 for arc flash rainwear, ASTM F2733 starts with vertical flame testing – ASTM D6413. Then, the specification goes well beyond the vertical flame test to detail much more hazard-specific testing.View Episode 14
Now, we’re diving into some topics that you might be less familiar with or not even considered; like color testing the fabrics used to make protective work wear. This post covers two tests that center around the color of your AR / FR garments when you receive them; crocking and color fastness.View Episode 15
ANSI/ISEA 107 provides reliable guidelines for proper selection and use of high-visibility safety apparel. The standard also provides performance testing criteria for the materials used to make high-visibility garments. In this episode, we explore those test methods.View Episode 16
We’re getting into the nitty gritty of testing to explain how protective footwear is tested! You’ll first need to know which two standards govern protective footwear. These standards are ASTM F2412, Standard Test Methods for Foot Protection and ASTM F2413, Standard Specification for Performance Requirements for Protective (Safety) Toe Cap Footwear.View Episode 17
Joining us again for this episode of How It’s Tested is Heath Hunter, Director of Industrial Sales at Ariat. Heath brings his protective footwear expertise to our discussion on electrical hazard (EH) rated boots.View Episode 18
Special guest Rich Gojdics – arc flash PPE expert and Vice President at Enespro – breaks down ASTM F2178, which determines the arc rating and specifies the requirements for eye or face protection used by workers exposed to electric arcs.View Episode 19
Special guest Rich Gojdics – arc flash PPE expert and Vice President at Enespro – returns to walk us through ASTM F2621, a method for testing both products and entire arc flash PPE ensembles – that is, all the pieces of a dailywear system or an arc flash kit system – in an arc in order to observe performance.View Episode 20
Electrical insulating gloves provide important protection against serious injury and even death. That’s why in this week’s episode of How it’s Tested, glove expert and VP of International Sales and Marketing at National Safety Apparel, Vladimir Ostrovsky, joins us to discuss all things related to insulating gloves.View Episode 21
Need help with an outstanding technical question? Schedule a complimentary one-on-one session with Tyndale’s Vice President of Technical and recognized subject matter expert, Scott Margolin.
With these comprehensive testing protocols, you can be sure that your AR/FR and PPE is ready to do its job in the event of an incident – allowing you to walk away from an exposure that would have otherwise been catastrophic. Be sure to wear the appropriate PPE for your hazard from a trusted supplier, and wear it well.