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The basic working principle of automotive air shock absorbers is to use the compressibility of air to absorb and dissipate vibration energy. When the vehicle encounters uneven roads or obstacles during driving, the air in the air shock absorber will be compressed, thereby reducing the impact of vibration on the body. By adjusting the air pressure inside the shock absorber, the air shock absorber can automatically change its stiffness to adapt to different loads and driving environments.
The selection of materials for shock absorbers is crucial, as the internal materials must possess high rigidity and compression resistance, with commonly used options including aluminum alloy, engineering plastics, and high-strength rubber. Additionally, effective sealing technology is essential to prevent gas leakage, achieved through the use of high-performance sealing rings and precision machining techniques to ensure optimal sealing. Furthermore, dynamic analysis technology utilizing computer simulation enables the assessment of shock absorber behavior in various vibration environments, facilitating design optimization and enhanced performance.
Car Model | Corresponding OE number | |||
BMW G38 | 37106885863 37106885864 | |||
BMW E53 | 3711 6761 443 3711 6761 444 3712 6785 537 3712 6785 538 | |||
BMW E66 E65 | 2123200813 2123200913 2123203338 2123203438 | |||
BMW G05 G07 | 37106869039 37106869040 | |||
BMW G12 | 37106874593 37106874594 | |||
BMW G32 | 37106872967 37106872968 |