In the industrial field, oil-resistant conveyor belts and flame-resistant conveyor belts are two indispensable special conveyor belts. Each of them has unique advantages in performance and is suitable for different industrial environments and material transfer needs.

Oil-resistant conveyor belt: Designed specifically for oil-containing environments, the key lies in the high acrylonitrile content nitrile rubber used in the covering rubber. This material can effectively resist the erosion of grease and solvents, and can maintain stable performance even in environments where it is exposed to grease for a long time. Oil-resistant conveyor belts also have the advantages of light weight, high strength, wear resistance, corrosion resistance, etc., and are widely used in petroleum, chemical, food and other industries.

Flame-resistant conveyor belt: The focus is on fire protection and high temperature resistance. The use of flame retardant materials and flame retardants ensures that it is not easy to burn in high temperature and fire environments and effectively prevents the spread of fire. In addition, flame-resistant conveyor belts can maintain stable mechanical properties and dimensional stability under high temperatures, and are suitable for steel, coal, electric power, tunnels and other occasions that require fire protection and high temperature resistance.

Performance differences: In short, oil-resistant conveyor belts emphasize oil resistance to ensure stable operation in oil-containing environments; while flame-resistant conveyor belts focus on fire prevention and high temperature resistance to ensure safe use in extreme environments.

The selection should be based on the specific industrial environment and material characteristics. Whether it is oil-resistant conveyor belts or flame-resistant conveyor belts, they are important tools to ensure the efficiency and stability of the production process. Understanding the performance differences between them will help you choose the conveyor belt product that suits your needs more accurately.