Main Technical Parameters

Air pressure range: The working pressure range of the air shock absorber is usually between 0.1MPa and 1.5MPa to adapt to the needs of different use environments.
Load-carrying capacity: The load-carrying capacity of shock absorbers depends on their size, structural materials and internal design, and conventional designs can carry loads of hundreds of kilograms to several tons.
Shock absorption frequency: The frequency response characteristics of the shock absorber affect the adaptability to different frequencies of vibration, and usually have broad band shock absorption performance.
Inflation mode: It can be manually inflated, automatically inflated or connected with the air source for use in different scenarios.

Key Technology

Material selection: The internal material of the shock absorber needs to have high rigidity and compression resistance, and commonly used materials include aluminum alloy, engineering plastics and high-strength rubber.
Sealing technology: Ensure that the shock absorber 의 seals well to prevent gas leakage. Use high performance sealing rings and precision machining technology to ensure the sealing effect.
Dynamic analysis technology: Using computer simulation technology to analyze the behavior of shock absorbers in various vibration environments to optimize design and improve performance.

Hot Selling Models of Air Shock Absorber

Certificate