Composite impact bed is a device specifically designed to reduce the impact force of material falling on conveyor belts. It is mainly installed below the conveyor belt to prevent belt tearing and protect the conveyor belt. It is usually used for high-capacity and high-speed belt conveyors in mines, ports, thermal power plants, etc., and can adapt to the needs of various harsh environments.
Characteristics and application scenarios
The composite impact bed has the following characteristics:
Anti smashing, flame-retardant, impact resistant, corrosion-resistant, anti-static: These characteristics enable the composite impact bed to work stably in harsh environments, protecting the conveyor belt from damage.
High elasticity rubber: Made of high elasticity rubber material, it absorbs strong impact energy and can effectively reduce the impact force when materials fall.
Hot vulcanization process: Advanced hot vulcanization technology is used to integrate ultra-high wear-resistant materials with natural rubber, improving the stability and wear resistance of the equipment and extending its service life.
Structure and working principle
Composite impact beds are usually composed of impact bar/roller and buffer rubber blocks, which reduce damage to the conveyor belt through face-to-face contact. Its working principle is to absorb the impact force of material falling through the buffering effect of high elastic rubber, thereby protecting the conveyor belt from damage.
