Cold-resistant conveyor belts are characterized by high elasticity, impact resistance, and cold resistance, and can be used normally at -40°C without breaking. They are widely used in cement, coking, metallurgy, chemical, and steel industries in areas with temperatures as low as -40°C for conveying shorter distances and smaller quantities.

Fire-resistant, flame-retardant conveyor belts are suitable for conveying materials in high-temperature environments in the metallurgical, cement, and chemical industries. They are mainly used to convey high-temperature solid materials such as sintered ore, coke, and cement clinker. In coal mines, using fire-resistant (also known as flame-retardant) conveyor belts helps reduce the incidence of above-ground and underground fires. Coal mine operating environments are relatively complex, with many hazardous factors such as coal dust and gas, and the coal being transported is itself a flammable substance. If electrical sparks are generated during transportation, it is easy to cause a fire. Using fire-resistant conveyor belts for coal mines can reduce the possibility of static sparks during coal transportation, and even if static sparks are generated, fire-resistant conveyor belts for coal mines have high flame retardancy and can maximize the flame spread time.

Diamond-shaped rubber plates are wear-resistant rubber materials commonly used in roller cladding. Their unique diamond-shaped surface pattern increases friction and disperses impact force. They feature high wear resistance, high elasticity, and acid and alkali resistance. One-piece molding simplifies installation, making them suitable for material transport in coal mines and other similar settings. They effectively improve transport efficiency and extend equipment lifespan.