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You know that feeling… A few seconds after yanking your hand back from touching something hot. You start shaking your hand, trying to flick the pain off your skin. As the pain starts subsiding, it’s replaced by a pulsation under the skin like the burn has a tiny heartbeat.
The burn could be minor — leading to some redness and inflammation of the skin. But burns can be much more severe — resulting in infection or nerve damage.
It’s an awful feeling that can be prevented with the right protection.
How do you choose the right heat protection?
That’s the aim of The Beginner’s Guide to Heat Resistance; by knowing to ask these seven questions, you can avoid being burned financially and physically.
Let’s start with some background information by looking at how we measure heat ratings.
As we covered in our heat resistance infographic, this test measures the conductive heat resistance of a material to determine its thermal insulation properties for contact with hot surfaces.
The glove’s rating is determined by the highest contact temperature where:
The standard rates the material between level 1 (under 176°F) and level 5 (608°F). Note: While the test stops at 608°F, the glove may have higher thermal protection.
This standard includes six thermal tests: burning behavior, contact heat, convective heat, radiant heat and the small and large splashes of molten metal.
We are focusing on the North American standard, but Hannah Althorpe’s article Handling Extreme Temperature is an excellent resource on the European standard.
Now you know how a glove’s heat-resistant properties are measured, but what about the thermal temperature of the items you’re touching?
It’s important to be accurate with the reading (don’t try to estimate). The easiest way to do this is with an Infrared Thermometer.
This step is critical for two reasons:
There are two main options for heat-resistant gloves: terry knit and synthetic material.
Choosing the right material depends on the heat of the thermal temperature.
The best option for heat resistance below 450°F is natural materials like terry cloth. The terry is “looped” when knitted which traps air to create an excellent insulator.
The dish cloth and a terry-knit glove use the same material. As long as there aren’t risk of cut or puncture this inexpensive style of glove is a great option.
Synthetic materials like Kevlar® are the best option for heat-resistance for temperatures over 450°F .
Terry fabric begins charring at these higher temperatures, so synthetic materials work well as a shell over top of the terry lining.
A neoprene glove is the best bet for protecting against steam or hot liquids. This synthetic rubber resists degradation and has a burning point of 500°F.
There is not a single perfect heat-resistant work glove. Every industries have conditions to consider when choosing the right glove for your workplace.
We’ve covered the importance of knowing the temperature, identifying working conditions and selecting materials. But there are a few more things to consider:
Now your hands are safe but what about something to protect your arms?
Sleeves aren’t designed for prolong heat contact, but fibers like Kevlar® will work for incidental contact. That’s enough time for the mind to process “ouch, this hurts” and move away from the hot surface. That layer of protection is the difference between a second degree burn and mild irritation.
See our full line of heat-resistant sleeves here.
By thinking about the above factors you can select the correct type of PPE for your industry.
Finding the best protection is a balancing act, but it doesn’t have to be an inconvenient trade-off between comfort and protection.
(Want an expert to help you figure out which heat-resistant glove is right for your workplace? Have a Superior Glove hand protection specialist visit your facility for FREE by clicking the button below.)
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Hand Injury Rates are Reduced by 60% when using the right gloves.