The working environment of gas booster has requirements, and excessive dust in the environment can have a negative impact on the on-site gas booster.
The small holes behind the directional valve of the gas booster, as well as the small holes next to the drive end, can be understood as breathing holes. If there are too many impurities or if the pump body is used internally, it will cause scratches on the cylinder body and wear on the sealing ring of the gas booster, which will shorten the life of the booster and be detrimental to the normal operation of the air pump.
In addition, the water content at the drive end of the gas booster must be strictly controlled. If there is too much water, it will enter the drive cylinder through the reversing valve, which dilutes the internal lubricating grease. After long-term operation, the lubricating grease will be discharged into the atmosphere through the muffler. The lack of sealing grease inside the pump body will increase the working resistance of the internal piston, which will increase the wear of the sealing ring of the booster and is not conducive to the use of the booster.
Furthermore, the pressurized medium of the gas booster must not contain moisture or impurities. If found, it should be cleaned and maintained in a timely manner. Below is a picture of the impact caused by excessive impurities and moisture inside the gas booster.
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