Search

 

OK

Decomposition
of Thermal Materials

Fahrenheit

Cotton

300°

- 450°

Polymers

400°

- 500°

Nylon (6-6)

400°

- 500°

Kevlar®

800°

- 900°

Carbo-King®

1900°

- 2100°

Celsius

Cotton

147°

- 204°

Polymers

204°

- 260°

Nylon (6-6)

204°

- 260°

Kevlar®

427°

- 482°

Carbo-King®

1037°

- 1149°



CARBO-KING®
|
ARAMID/FIBERGLASS |
EXTRA HEAVY-DUTY TERRYCLOTH |
  see the list



Fully melton lined
Ambidextrous


Fully melton lined
Ambidextrous


Fully melton lined
Ambidextrous


Fully melton lined
Gauntlet cuff


Fully melton lined.
One piece construction


Glass and preox
cover mitt

CARBO-KING® |
ARAMID/FIBERGLASS |
EXTRA HEAVY-DUTY TERRYCLOTH |
see the list


Special composition of aramid, glass and preox (partially carbonized acrylic) provides amazing high heat protection and excellent direct heat resistance.

Carbo-King
material was tested using a 6-lb steel block heated to 500ºF with direct material contact, which after 15 seconds offered 25% better thermal protection than vermiculite-coated fiberglass at half the material weight. Using the same testing method, Carbo- King Max offered 40% better thermal protection than vermiculite-coated fiberglass at a comparable material weight.

Carbo-King
material, when exposed to the inner cone of a propane flame (1900 to 2100°F/1038 to 1149°C) for 20 seconds, resisted burn through, and the temperature on the oposite side of the fabric remained under 115°F/46°C with the temperature probe as close as 1/4'' from the fabric.

Carbo-King
provides excellent performance without the stiffness and bulk associated with products presently on the market.

 

* The degree of heat
resistance a glove may
offer is directly related
to the duration of
exposure. Consult a
Jomac Canada Industry
Group glove specialist for recommendations.