In the modern industrial field, air pressure boosting plays an important role as a key equipment. It can convert low-pressure air pressure into high-pressure air pressure, providing efficient energy conversion solutions for industrial production. This article will introduce the principle, application fields, and important role of gas booster pumps in the industrial field.
1、 The principle of gas booster pump: The gas booster pump operates based on the principle of gas pressure transmission. It uses mechanical structures such as plungers, pistons, or diaphragms to suck low-pressure gas into the pump tank, and then increases the air pressure through the internal pressure transmission mechanism, ultimately outputting the high-pressure body. Booster pumps usually use compressed air or nonlinear gas as the power source, and by adjusting the working pressure and flow rate, they are actually stable outputs to high-pressure bodies.
2、 Application fields of gas booster pumps:
Industrial automation: Gas booster pumps are widely used in industrial automation systems to provide high-pressure gas as a power source, drive gas actuators, and achieve automatic control and operation of various production equipment.
Gas transmission: Gas booster pumps can be used in gas transmission systems to convert low-pressure gas sources into high-pressure gas, used to drive gas, valves, and other gas equipment, achieving precise power transmission and control.
Pressure testing: Gas booster pumps play an important role in the field of pressure testing. It can provide high-pressure gas for testing and inspecting the sealing and pressure resistance of products, as well as the pressure resistance of pipeline systems.
Gas filling: Gas booster pumps can be used in gas filling systems to extract and pressurize gas from low-pressure storage tanks or bottles, and then inject it into high-pressure containers to meet the needs of specific processes or applications.