Key Technical Parameters

The working pressure range of air shock absorbers typically falls between 0.1 MPa and 1.5 MPa, allowing them to adapt to various usage conditions. Their load-carrying capacity, which can handle loads ranging from hundreds of kilograms to several tons, depends on factors such as size, structural materials, and internal design. Additionally, the frequency response characteristics of these shock absorbers influence their ability to accommodate different vibration frequencies, generally providing broad band shock absorption performance. They can be inflated manually, automatically, or connected to an air source, making them suitable for a variety of scenarios.

Main Technology

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.

Hot Selling Models of Air Shock Absorber

Shock Absorber Series

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