Springs can store and release energy through their elastic characteristics to adapt to different road conditions and vehicle load changes. When the vehicle passes the uneven road surface, the spring will be compressed or stretched to absorb and store the impact energy from the road surface. When the vehicle passes through the uneven road surface, the spring will release the stored energy, lift or lower the vehicle body, reduce the bump and vibration of the vehicle, and maintain the stability and ride comfort of the vehicle.
The spring pad is located above or below the spring and forms a buffer layer with the spring and other suspension parts. Its function is to provide additional cushioning and shock absorption effects and increase the flexibility and comfort of the suspension system. The spring pad can absorb and reduce the impact and vibration from the road surface, reduce the direct contact and friction between the spring and other suspension parts, reduce the wear and damage of parts, and prolong their service life.
Through the buffer layer between the spring and other suspension parts, the spring pad can reduce the bump and vibration transmitted by the spring to the car body and improve the ride comfort. It can also absorb and reduce the impact and vibration from the road surface, protect the parts of the suspension system and improve the performance and durability of the suspension system. Therefore, the spring pad plays an important role in the automobile suspension system.
