Durable Rubber Impact Beds for Enhanced Shock Absorption and Safety

• Customization: Available
• Material: Carbon Steel
• Application: Roller Conveyor, Belt Conveyor
• Model NO.: Customized according to conveyor belt width
• Feature: Oil Resistant
• Surface Treatment: Baking Paint
• Transport Package: Pallet Packaging
• Specification: Customized according to the size of the goods.
• Origin: Hebei
• Production Capacity: 280pieces/Year

Product Description

Structure and Composition
 
- Buffer Support: Usually made of high - strength steel, such as channel steel and I - beam, it provides stable support for the buffer bed, ensuring that the overall structure remains stable when bearing the impact of materials.
 
- Buffer Strip: Composed of ultra - high molecular weight polyethylene plate, elastic rubber, and steel structure. The ultra - high molecular weight polyethylene plate has extremely low friction coefficient, high wear resistance, and good self - lubrication; the elastic rubber provides elastic buffering and absorbs impact force.
 
Working Principle
 
When materials fall on the conveyor belt, the conveyor belt and the materials move downward together, compressing the elastic rubber on the buffer strip. The elastic rubber absorbs and disperses the impact force of the materials on the conveyor belt through its physical elastic deformation, minimizing the friction coefficient between the conveyor belt and the buffer strip, and reducing the impact of the falling materials on the conveyor belt.
 
Advantages
 
- Prolong the Service Life of the Conveyor Belt: Effectively reduce the impact force of materials on the conveyor belt, avoid wear and tear and breakage of the conveyor belt caused by long - term excessive impact, prevent sharp materials from scratching or piercing the conveyor belt, and reduce maintenance and replacement costs.
 
- Improve Transmission Efficiency: Reduce the vibration and friction of the conveyor belt, ensure the smooth and continuous transmission of materials, increase the transmission speed, and reduce downtime caused by material blockage, spillage and other problems.
 
- Reduce Noise and Vibration: Through shock - absorbing and noise - reducing designs, significantly reduce the noise and vibration generated during material transmission, creating a good working environment for workers, and reducing equipment failures and errors caused by vibration.
 
- Prevent Material Overflow: Make the force at the material falling point more uniform, stabilize the running track of the conveyor belt, effectively reduce the local damage to the conveyor belt, and thus reduce material deviation or spillage.
 
Application Scenarios
 
- Mining Industry: In mines such as coal mines and metal mines, it is used for the transportation of heavy materials such as coal and ores, protecting the conveyor belt from the impact of large pieces of materials.
 
- Cement Industry: In cement plants, where materials have large particles and high drop heights, the buffer bed can significantly prolong the service life of the conveyor belt, reducing maintenance costs and downtime.
 
- Logistics Field: In automated warehousing and sorting systems, the buffer bed can absorb the impact force when materials fall, prevent the conveyor belt from being damaged by frequent impacts, and improve the efficiency of logistics operations.
 
Selection Points
 
- Impact Resistance: Select according to different applications and material weights. For example, heavy - duty buffer beds are suitable for occasions that bear large impacts and heavy loads, such as mines and steel plants; light - duty buffer beds are suitable for scenarios dealing with lighter materials or smaller impact forces.
 
- Material Properties: Select according to the working conditions. For example, in humid and corrosive environments, corrosion - resistant buffer beds can be selected; in high - temperature environments, materials with high temperature resistance should be chosen.