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Supports up to 1000 ° C / 2000 ° F. The aluminized fabric provides excellent protection against radiant heat. This protection element is made of high-tech fabric, a mixture of aluminized carbon paraaramid.
The aluminized carbon para-aramid blend combines the strength, flexibility, heat resistance, and cut and abrasion resistance of the carbon para-aramid blend, with the radiant heat protection of aluminized protective fabrics. The substrate is a...
The aluminized carbon para-aramid blend combines the strength, flexibility and heat resistance of the carbon para-aramid blend, with the radiant heat protection of aluminized protective fabrics.
Learn about the best protection for areas with radiant heat. Various industries such as Glass Industry, metallurgy, iron and steel and Furnaces, require advanced level protection for their operators, with this complete aluminized suit, you will...
Aluminized carbon para-aramid blend shows excellent performance in tests for EN ISO 11612 and ASTM F955 certifications
1500-1800 ° F working temperature. Made from 12 oz./sq. yard Aluminized carbon fleece back, 30 oz./sq. carbon aramid palm yard and 7.3 oz./sq.yd. aluminized basophil palm road.
Visors, molded and with a reflective layer of gold to protect against radiation impact and radiant heat. The reflective layer repels infrared rays from the surface of the visor, away from the user. Ideal for hot conditions such as foundries,...
GLOVES TO USE WITH ALUMINIZED SUIT
14 "ALUMINIZED CARBON FIBER AND ARAMIDE FIBERGLASS COMBO GLOVES
• 14 "long
• Made from 12 oz. / sq. yd of aluminized carbon fleece to deflect radiant heat from the wearer, and 11 oz. Aramid glass palm and sleeve for high-contact thermal protection
• Lined with wool
• Five finger gloves
• Aramid fiberglass has high heat resistance, with temperature ratings up to 800 ° F
About Aramid Fiberglass
A light / medium weight woven fabric of an aramid fiber blend over a fiberglass core yarn, with a wear resistant coating. Applications include safety clothing, gloves, mittens, jackets, curtains, and other industrial applications. It is resistant to heat sources, with temperature ratings up to 800 ° F.
PLEASE NOTE: These temperature ratings are guidelines and are dependent on the environment and application in which the material is used.