• Model NO.：Heat Resistance Conveyor belt
• Specification：as customer′s requirement
• Trademark：GOODBELT
• Origin：China
• HS Code：4010120000
• Production Capacity：10000m,Month

Basic Info.

Model NO. Heat Resistance Conveyor belt Specification as customer′s requirement Trademark GOODBELT Origin China HS Code 4010120000 Production Capacity 10000m/Month

Product Description

In order to meet the requirement on heat resistance, the product is formed by refining a framework material, namely high temperature resistant canvas with high modulus, low shrinkage and very high tensile strength at break, a covering layer, namely EPDM rubber or chlorinated butyl rubber with excellent high temperature resistance, and other high temperature resistant materials through composite molding, vulcanizing and other processes during design and production. It solves the problem that the fabric core is shrunk and deformed under a high temperature environment, and also solves the key problem that low bonding performance and low ply adhesion are easily caused because EPR has high saturation. The product features good heat resistance, low elongation strain, light body, long service life and so on.

Application
It is suitable for cement industry, coking industry, metallurgical industry, steel industry and so on.
When the heat-resistant belt is selected, appropriate model can be selected by referring to the following two conditions:
The surface temperature of the conveyor belt is different when the category and particle size of the conveyed materials are different. Blocky materials such as cokes and iron ores have gaps to realize air convection, so the surface temperature of the belt is lower than the temperature of the conveyed materials.

When small particles or powdery materials such as cement, aluminum and carbon black are conveyed, the temperature of the conveyed materials is almost the same as the surface temperature of the belt, and when the belt is selected under the condition, not only the temperature of the conveyed materials but also the surface heating condition of the conveyor belt during actual operation need to be known.