What are the precautions for using a gas booster pump to boost gas pressure?
Firstly, we need to understand what gas booster pumps are. Gas booster pumps are divided into electric gas booster pumps and pneumatic gas booster pumps. Today, we will focus on introducing the Feentor pneumatic gabooster pump.
The gas booster pump adopts a non-equilibrium gas distribution valve to achieve the reciprocating motion of the pump. The high-pressure part is made of high-quality 304 stainless steel and imported seals. The drive cylinder body is made of aluminum alloy hard treatment. The maximum designed driving pressure is less than 10 bar, and the general driving pressure range is 3-8 bar
Gas booster pumps usually need to consider the medium of the gas when boosting it, such as nitrogen, hydrogen, oxygen, helium, argon, carbon dioxide, methane, refrigerant, laughing gas.........
Filters must be added to the inlet of the pressurized medium to prevent impurities from entering the high-pressure chamber. In addition, the selection of sealing rings and the design of one-way valves should be considered based on the physical and chemical properties of the pressurized medium.
Another consideration is the various parameters of the inlet pressure and flow rate of the gas medium, among which the inlet pressure can determine the initial selection of the pump.
What are the characteristics of gas booster pumps?
The use of Feentor gas booster pump can provide secondary pressurization of low-pressure gas at the customer's site.
The noise is low, and the booster pump works at about 60 decibels.
Easy to operate and maintain, products can be customized according to customer requirements