Our heat-resistant conveyor belts are made with inorganic materials in a diameter structure as the skeleton for the heat-resistant burning conveyor belts. The use of this skeleton material resolves the issues of cotton canvas carbonization at high temperatures, nylon, and polyester canvas shrinkage and deformation at high temperatures. It features minimal strength loss at high temperatures and does not shrink or deform.
Heat-resistant conveyor belts are primarily used in metallurgy, construction, and other industries for conveying high-temperature materials such as sintered ore, coke, and clinker, under conditions where the material temperature does not exceed 800℃ and the belt surface temperature does not exceed 220℃. Features: The cover layer is made of ethylene propylene diene rubber, the carcass material is a domestically-used high-temperature canvas, and the unique formula design solves the key issues of high saturation and poor adhesion of ethylene propylene rubber, as well as low interlayer adhesion. It boasts a light belt body, long lifespan (about 2-4 times), and excellent heat resistance. Our heat-resistant conveyor belts feature a unique adhesive formula design that ensures the adhesive strength between the rubber material and the carcass material is significantly higher than that of ordinary heat-resistant belts, with an interlayer bonding strength of ≥3N/mm at high temperatures.