1. Select materials with good sealing performance and high and low temperature resistance to manufacture seals.
For example, rubber and silicone can ensure good sealing performance under various temperature conditions.
2. Design a reasonable sealing structure.
Ensure that the seal can completely cover the interface of the gas spring to prevent gas leakage. At the same time, the sealing structure should be able to withstand the vibration and impact generated during the opening and closing of the tailgate to maintain a stable sealing state.
3. Ensure the processing accuracy of the seal and the gas spring interface during the manufacturing process to reduce the interface gap and improve the sealing performance.
Advanced processing technology and equipment, such as precision molds and CNC machine tools, can effectively improve processing accuracy.
4. Special treatment of the interface surface of the seal and the gas spring, such as coating with sealant and using surface spraying technology.
It can increase the surface roughness and improve the sealing performance.
5. Regularly check the seal of the self-locking gas spring for damage or aging, and promptly replace or repair the damaged seal to ensure that the sealing performance always remains in good condition.
Effectively improve the sealing performance of the self-locking gas spring to ensure that it can work stably and reliably under various temperature conditions.
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