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Features and Applications
This product features a specially formulated adhesive that rapidly forms a dense, insulating layer when exposed to heat. By radically reconfiguring the skeleton and belt structure, it can withstand repeated exposure to extremely high-temperature, incandescent materials such as sintered ore, coke, and cement clinker, significantly extending its thermal aging resistance.
Product Implementation Standard
HG/T 4732-2014 "Flame-Resistant Conveyor Belts"
Results of the burn resistance test on ordinary heat-resistant conveyor belts at a high temperature of 800℃ Results of the burn resistance test on heat-resistant conveyor belts reinforced with flame-retardant materials at a high temperature of 800℃. Main Performance and Specifications
Physical properties of the covering layer Project Indicator Tensile strength Change rate after thermal aging, % ≤ 40 Lower value after thermal aging / MPa 5 Tensile elongation at break Change rate after thermal aging, % ≤ 55 Lower value after thermal aging /% 180
Flame-resistant conveyor belt
This product features a specially formulated adhesive that rapidly forms a dense, insulating layer when exposed to heat. By radically reconfiguring the skeleton and belt structure, it can withstand repeated exposure to extremely high-temperature, incandescent materials such as sintered ore, coke, and cement clinker, significantly extending its thermal aging resistance.
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