• Pyrotex Knit Firesleeve
Pyrotex Industrial Knit Firesleeve provides a flame and molten splash resistant barrier over top of critical system components in a vast number of industrial applications. Atlantex first manufactures a knit insulating substrate from high-quality, texturized fiberglass, and then coats the textile with our custom-formulated, self-extinguishing silicone polymer. The high-performing silicone layer of Pyrotex Industrial Knit Firesleeve protects hoses, wires, cables, and other components from damage due to direct flame, high heat, and molten metal for use in foundry and industrial applications. Installation of Pyrotex Industrial Knit Firesleeve will provide thermal insulation to keep hot lines hot, and cool components cool, reducing energy costs, heat loss, system damage, and premature wear of components. Pyrotex Industrial Knit Firesleeve provides personnel protection by reducing the surface temperature of hot lines, and the silicone coating can be brightly colored to draw operator's attention to potential hazards. Pyrotex Industrial Knit Firesleeve provides a flame and molten splash resistant barrier over top of critical system components in a vast number of industrial applications. Atlantex first manufactures a knit insulating substrate from high-quality, texturized fiberglass, and then coats the textile with our custom-formulated, self-extinguishing silicone polymer. The high-performing silicone layer of Pyrotex Industrial Knit Firesleeve protects hoses, wires, cables, and other components from damage due to direct flame, high heat, and molten metal for use in foundry and industrial applications. Installation of Pyrotex Industrial Knit Firesleeve will provide thermal insulation to keep hot lines hot, and cool components cool, reducing energy costs, heat loss, system damage, and premature wear of components. Pyrotex Industrial Knit Firesleeve provides personnel protection by reducing the surface temperature of hot lines, and the silicone coating can be brightly colored to draw operator's attention to potential hazards.
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Item #

Inside Diameter

Continuous Working Temperature

Short Term Working Temperature

N/A 2 1/4 in57 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 2 3/8 in60 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 2 1/2 in64 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 2 5/8 in67 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 2 3/4 in70 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 2 7/8 in73 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 3 in76 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 3 1/4 in83 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 3 1/2 in89 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 3 3/4 in95 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 4 in102 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 1/4 in6 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 5/16 in8 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 3/8 in10 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 7/16 in11 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 1/2 in13 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 9/16 in14 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 5/8 in16 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 11/16 in17 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 3/4 in19 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 7/8 in22 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 1 in25 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 1 1/8 in29 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 1 1/4 in32 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
N/A 1 3/8 in35 mm N/A 500 ºF260 ºC N/A 2200 ºF1200 ºC
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