氣液增壓器與氣液增壓泵，原理都是大活塞推動小活塞，由于面積差，使液體壓力放大，F=但兩個的本質區別在于，氣液增器一般為單個往復運動，不連續運動，進出口沒有單向閥，外掛油杯，一般用壓力脈沖，沖壓等場合；氣液增壓泵能依靠自身的換向閥，接通壓縮空氣連續往復運動，進出口裝有單向閥，出液連續，一般用于壓力檢測。
The principle of gas-liquid booster and gas-liquid booster pump is that a large piston pushes a small piston, and due to the area difference, the liquid pressure is amplified. F=, but the essential difference between the two is that the gas-liquid booster generally moves in a single reciprocating motion, discontinuous motion, without a one-way valve at the inlet and outlet, with an external oil cup, and generally uses pressure pulse, stamping, and other occasions; The gas-liquid booster pump can rely on its own directional valve to connect compressed air for continuous reciprocating movement. The inlet and outlet are equipped with one-way valves, and the liquid output is continuous. It is generally used for pressure detection.
氣體增壓泵利用大面積活塞端的低壓氣體驅動而產生小面積活塞端的高壓流體?？捎糜趬嚎s空氣及其它氣體，輸出氣壓可通過驅動氣壓無級調節。輸出流量大：只需0.3-0.8MPa壓縮空氣驅動就可獲得較大的輸出流量工作時，迅速往復工作，隨著輸出壓力接近設定壓力值時泵的往復運動速度減慢直至停止。并保持這個壓力，此時消耗能量很小，無熱氣體增壓泵量產生，無零件運動。當壓力平衡打破后，氣動增壓泵自動開始工作到下一個平衡。
The gas booster pump utilizes low-pressure gas at the large piston end to drive and generate high-pressure fluid at the small piston end. It can be used to compress air and other gases, and the output pressure can be steplessly adjusted by driving the pressure. Large output flow rate: A large output flow rate can be achieved by driving with only 0.3-0.8MPa compressed air. When working, the pump quickly reciprocates, and as the output pressure approaches the set pressure value, the reciprocating motion speed of the pump slows down until it stops. And maintain this pressure, at which point the energy consumption is very small, there is no hot gas booster pump generated, and there is no component movement. When the pressure balance is broken, the pneumatic booster pump automatically starts working to the next balance.
材質優良高壓部分材質為不銹鋼。高壓柱塞材質為不銹鋼，并采用雙層密封。維護簡單氣動增壓泵的零件及密封少，維護簡單且成本低。相同系列泵的所有"O"型圈，維修包易損部件可相互替換，大大降低了維修成本。氣動增壓泵出廠前已加注潤滑劑，工作時無需外部潤滑。
The high-pressure part is made of stainless steel with excellent material. The high-pressure plunger is made of stainless steel and adopts a double layer seal. The maintenance of the pneumatic booster pump is simple, with fewer parts and seals, and low cost. All "O" rings and vulnerable parts of the same series of pumps can be replaced with each other in the repair kit, greatly reducing maintenance costs. The pneumatic booster pump has been lubricated before leaving the factory, and does not require external lubrication during operation.
