1.可調性強—壓力和流量都由驅動氣體的壓力調節閥準確地調節。
1. Strong adjustability - both pressure and flow are accurately adjusted by the pressure regulating valve that drives the gas.
2.適用范圍廣—氣體增壓器可以用于絕大部分的無腐蝕性氣體介質。
2. Wide application range - gas boosters can be used for the vast majority of non corrosive gas media.
3.性價比高—具有輸出性能高而成本低的特性。
3. High cost-effectiveness - characterized by high output performance and low cost.
4.維護簡單—氣體增壓器的零件及密封少，維護簡單且成本低。
4. Simple maintenance - The gas booster has fewer parts and seals, making maintenance simple and cost-effective.
5.輸出壓力高—氣體增壓器的工作壓力可達到30,400psi(210Mpa)。
5. High output pressure - The maximum working pressure of the gas booster can reach 30400psi (210Mpa).
6.輸出流量大—氣體增壓器需不超過150psi(1.0Mpa)壓縮空氣驅動就可獲得較大的輸出流量。根據不同工作要求，氣體增壓器有多種系列產品可供用戶選擇。
6. Large output flow - The gas booster needs to be driven by compressed air at no more than 150psi (1.0Mpa) to achieve a large output flow. According to different job requirements, there are various series of products available for users to choose from for gas turbochargers.
7.工作原理—氣體增壓器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氣體。
7. Working principle - The gas supercharger utilizes low-pressure gas at the large area piston end to generate high-pressure gas at the small area piston end.
8.自動重啟—工作時，氣體增壓器迅速往復工作,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，此時能量消耗很小，無熱量產生，無零件運動。當壓力平衡打破后，增壓器自動開始工作到下一個平衡。
8. Automatic restart - During operation, the gas booster 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, where energy consumption is minimal, no heat is generated, and no parts move. When the pressure balance is broken, the turbocharger automatically starts working to the next balance.
9.應用靈活—從簡單的手工操作到全自動化操作，氣體增壓器適用于各個應用領域。在同一系列里的大多數型號的泵的空氣馬達是可互換的。
9. Flexible application - From simple manual operation to fully automated operation, gas turbochargers are suitable for various application fields. The air motors of most pump models in the same series are interchangeable.
Thank you for reading. The source of this article is: Gas Booster Pump. For more information and questions, please click on: http://www.margilowry.com We will continue to work hard to provide you with services. Thank you for your support!
