What are the specific properties of the high elastic special rubber layer used in the buffer strip of Impact Bed For Belt Conveyor?

1. High elasticity
Impact absorption: High elastic rubber can effectively absorb and buffer the impact force from the falling material, reduce the direct impact on the conveyor belt, and protect the conveying system.
Strong recovery: After being subjected to pressure, the rubber can quickly return to its original state and maintain the long-term performance of the buffer strip.
2. Wear resistance
Extended service life: Special rubber has good wear resistance, which can resist the friction of materials on the buffer strip, reduce wear and extend service life.
Corrosion resistance: Some high elastic rubbers can resist oil, chemicals and other corrosive substances and are suitable for use in a variety of environments.
3. Anti-aging
Anti-ultraviolet: High elastic special rubbers are usually added with anti-aging agents to resist the influence of ultraviolet rays and prevent the material from degrading in the sun.
Weather resistance: Rubber can still maintain its performance under harsh weather conditions (such as high temperature, low temperature or humid environment).
4. Good grip
Increase friction: The surface properties of high elastic materials can increase friction with the conveyor belt, ensuring that the material does not slide when falling, thereby improving safety and efficiency.
5. Silent effect
Reduced noise: Compared with traditional buffer rollers, high elastic rubber can effectively reduce noise during operation, providing a more comfortable working environment.
Reasons for selection
Comprehensive performance: High elastic special rubber combines a variety of good properties to meet the needs of Impact Bed For Belt Conveyor in high-intensity use.
Economic benefits: Although the initial cost may be higher, due to its durability and low maintenance requirements, the replacement frequency and maintenance costs can be reduced in the long run.
Safety: Effectively reduce the impact of materials on the conveyor belt, reduce equipment damage and operating risks, and improve overall work safety.