Why are Feentor air booster pumps and gas booster pumps so expensive

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Why is there such a big price difference between air booster pumps and gas booster pumps on the market? Of course, there are many reasons for this. Below, the editor will take you to understand the factors that affect prices and why Feentor air booster pumps and gas booster pumps are so expensive.

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How long can the gas booster pump work continuously?

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Gas booster pump can work continuously, but it also needs to be divided into high-pressure pump working time, low-pressure pump working time, and medium pressure pump working time. Under normal circumstances, the working time of gas booster pump is: low-pressure gas booster pump>medium pressure pump>high-pressure pump. It is obvious that the duration of continuous operation of a gas booster pump is related to the output pressure of the pump

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Airtightness test bench - precision type

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The core component of the airtightness test bench is the ZTV series air booster pump, which uses a single gas controlled unbalanced gas distribution valve to achieve automatic reciprocating motion of the pump. The gas drive part of the pump body is all made of aluminum alloy, and the aluminum alloy parts are processed and oxidized to black to ensure the appearance of the product is beautiful and never rusts

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Compressed Air Boosting System of Compressed Air Boosting Pump

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The principle of compressed air booster pump is that the compressed air booster pump is divided into a drive cylinder, a booster cylinder, and a reversing valve chamber. There are several commonly used boosting stages on the market, such as 2x, 3x, and 5x. To explain the 2x stage, the boosting cylinder and the driving cylinder are connected by a piston rod. The piston at the driving cylinder end is twice that of the boosting cylinder, and compressed air of 2-8 bar is simultaneously introduced at both ends. Therefore, according to the energy conservation law, when the pressure of the boosting cylinder is twice that of the driving cylinder, the two pistons can reach equilibrium and stop moving. At this point, the original compressed air pressure will double. The same principle applies to 3x and 5x.

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What benefits can gas-liquid booster pumps bring to daily industrial production?

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The working principle of gas-liquid booster pump: It uses compressed air as the power source, and the output hydraulic pressure is proportional to the driving gas source pressure. By adjusting the pressure of the driving gas source, the corresponding hydraulic pressure can be obtained. When the pressure of the driving air source is balanced with the hydraulic pressure, the pneumatic booster pump stops charging, and the output hydraulic pressure stabilizes at the preset pressure. It uses compressed air as a power source, and the output hydraulic pressure is proportional to the pressure of the driving air source.

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