When choosing heat-resistant gloves, one first has to determine whether the heat is dry or moist; whether the exposure is thermal or atmospheric; if open flame or spark is present; and of course, what the temperature is in any of these conditions.
Terry gloves trap air for good insulation, and are great for handling rough, sharp metal parts because terry is also cut resistant. When made with Kevlar®, cut resistance is increased while also withstanding direct flame. An outer layer of Temperbloc® (silicone-coated Kevlar®) allows for direct contact with hot surfaces without burning or melting.
Our SilaChlor®-lined styles offer such high dexterity we were able to make gloves instead of mitts. And finally, for extreme heat hazard, our Dragon series offers multi-layer protection with styles inspired by workers in the steel fabrication industry.
ASTM level 3 light duty gloves for conductive heat resistance up to 400°F/204°C.
ASTM level 4 medium duty gloves for conductive heat resistance up to 500°F/260°C.
ASTM level 5 heavy duty gloves for conductive heat resistance to 600°F/315°C and over.
Welding arc flash and spark protection gloves.
Flame and spark resistant carbon-filament gloves.
Choices include terry knit, carbon fiber, stainless-steel, arc flash gloves, and extreme heat proof.
Heat Protection Gloves with Resistance to Sparks and Open Flames.
Extreme heat welders gloves and mitts, even one aluminized. Kevlar® sewing, some with silicone-coated Kevlar® palms or flame-resistant foam lining.
Fits over most gloves to extend the life of your gloves and increase protection.
Heat and flame resistant gloves with anti-abrasion features. Kevlar® or Split-Leather Palm over String Knit or Hot Mill with Nitrile Palms.
Flexible heat resistance gloves for low, medium and high-heat applications. All with Kevlar® for added cut and temperature resistance protection.
These split-leather gloves contain a full thermal-knit cotton liner for additional heat protection. Kevlar® sewing and vibration dampening palm patches.