The diameter of the driving piston of the single head single acting gas booster pump is 160MM, and the high head pump parts are all equipped with exhaust self cooling without additional cooling system. The system booster pump is mainly applied to the occasion where the output pressure is high and the flow rate is not high enough.
Introduction of the working principle of double head and single action gas booster pump
In order to achieve the required pressure, the gas pressure of the gas inlet requires a certain increase in the pressure of a double head and single acting gas pressure pump, and the maximum pressure in advance varies with the maximum pressure. The pump is made of aluminum alloy and stainless steel, the driving piston diameter is 160MM, the driving pressure is less than 8bra, the maximum can be pressurized to 80MPa, both ends of the pump have exhaust cooling, and no additional cooling system is needed. Compared with single head single acting gas booster pump, the output flow of the pump is large and the stability is higher. It is mainly used in the situation where the pressure and flow are required and the intake pressure is satisfied.
Double head double acting gas booster pump is very suitable for a variety of high pressure gas testing or as a simple high-pressure gas source, which can increase the very low pressure of gas to high pressure. The series of pumps are made of aluminum alloy and stainless steel, the driving piston diameter is 160MM, the driving pressure is less than 8bra, the maximum can be pressurized to 80MPa, both ends of the pump head have exhaust cooling, and no additional cooling system is needed.
Introduction to the working principle of double acting gas booster pump
A pressurized gas pressurized pump is powered by compressed air and pressurized to compress air and other gases, such as nitrogen, argon, helium, neon, oxygen, hydrogen and other gases.
Through the introduction of this article, I believe that you have a certain understanding of the gas booster pump , if you want to know the other related knowledge, please contact us!