The characteristics of polyester core Upe anti-adhesive conveyor belts are as follows:

- High Strength and Good Tensile Property
- Polyester fibers have high strength and modulus, enabling the polyester core of the Conveyor Belt to withstand large tensile forces and resist stretching deformation. This ensures that the UPE Anti Adhesive Conveyor Belt can maintain a stable shape and size during long-term and high-load material transportation, guaranteeing the accuracy and reliability of transportation.
- Compared with some other core materials, polyester cores perform outstandingly in terms of tensile strength, being able to meet the requirements of long-distance and high-capacity material transportation, reducing the frequency of conveyor belt replacement due to excessive stretching, and thereby reducing maintenance costs.
- Excellent Anti-adhesion
- The Upe (ultra-high molecular weight polyethylene) coating or material on the surface of the conveyor belt has an extremely low surface energy, making it difficult for materials to adhere to the UPE Anti Conveyor Belt surface during transportation. This helps to keep the conveyor belt clean and avoid problems such as conveyor belt deviation and increased wear caused by material residue.
- For some materials with high viscosity, such as wet soil and sticky food raw materials, polyester core Upe anti-adhesive conveyor belts can effectively prevent material adhesion, ensuring that materials slide off the conveyor belt smoothly and improving transportation efficiency.
- Good Wear Resistance
- Upe materials have extremely high wear resistance, which is much higher than that of ordinary rubber or plastic materials. This enables conveyor belts to effectively resist wear when transporting materials with high hardness and friction coefficients, such as ores and sand, prolonging the service life of the conveyor belts.
- The combination of the polyester core and Upe gives the conveyor belt good overall wear resistance, reducing the damage and replacement frequency of the UPE Anti Adhesive Belt due to wear and improving the stability and economy of the transportation system.