The air booster pump, also known as the gas booster valve, is driven by the low-pressure gas of the large area piston end to produce the high-pressure fluid of the small area piston end. It can be used to compress air and other gases. The output air pressure can be adjusted steplessly by driving air pressure. It is used in the working environment where the original air compressor system needs to improve the pressure.

气体增压泵是以紧缩空气为动力源的一种活塞式增压泵，当进气时增压气控阀的阀芯往复切换作业，操控增压泵活塞以极快的速度作往复动作，随着输出压力的增高，活塞的往复速度减慢直停止，此刻，增压泵输出的压力稳定，能量消耗低，各部件停止作业;无论何种原因造成保压回路压力下降，增压泵将自动发动，补充走漏压力，坚持回路压力稳定。泵体悉数采用铝合金及不锈钢制作，密封件均为进口品，驱动气压为8bar。

The gas booster pump is a kind of piston type booster pump with compressed air as the power source. When the air enters, the valve core of the booster gas control valve switches back and forth, and controls the piston of the booster pump to move back and forth at a very fast speed. With the increase of the output pressure, the reciprocating speed of the piston slows down until it stops. At this moment, the output pressure of the booster pump is stable, the energy consumption is low, and all parts stop working; No matter what causes the pressure drop of the pressure maintaining circuit, the booster pump will start automatically to supplement the leakage pressure and keep the circuit pressure stable. The pump body is made of aluminum alloy and stainless steel, the seals are imported, and the driving air pressure is 8bar.

气体增压泵分为气动增压泵和电动增压泵.气动增压泵密封无走漏.无火花可以用于可燃性气体.氧气不建议增压到20MPa.因为增压到20MPa高度紧缩也会引起爆破。电动增压泵会通过.过滤器稍微排放到空气中.不在密封空间可以运用电动的。电动流量的流量大.气动流量小看工厂环境挑选。

The gas booster pump is divided into pneumatic booster pump and electric booster pump. The seal of the pneumatic booster pump is leak free. It is spark free and safe. It can be used for combustible gas. It is not recommended to pressurize oxygen to 20MPa. Because pressurization to 20MPa will also cause explosion. The electric booster pump will pass through the filter and discharge into the air slightly. If it is not in the sealed space, the electric booster pump can be used. The flow of electric flow is large, while the flow of pneumatic flow is small.