How to ensure high purity of gas after pressurization. Can pneumatic gas booster pump be realized?

Since China's reform and opening up, the domestic industry has developed rapidly and technology has diversified. More and more high-pressure and high-purity gases are used in production and experimentation. Nowadays, various equipment for manufacturing low-pressure and high-purity gases is generally perfect, but the purity will decrease when pressurized to high pressure or high pressure. Currently, Feentor Fluid Control Co., Ltd. is tackling such technical difficulties.

Electric piston superchargers, diaphragm superchargers, or screw superchargers are commonly used for gas boosting in China.

These boosting devices are commonly affected by factors such as oil and gas pollution and mixing with air that affect purity. In addition, it has a large volume, heavy weight, difficult movement, noise pollution, and is limited by electric drive in certain situations. Unable to meet the high purity requirements for most explosion-proof applications. Feentor Fluid Control Co., Ltd., based on customer requirements, has boldly innovated and developed a small, high-purity pneumatic gas boosting device with advanced performance, drawing on advanced boosting equipment internationally and combining it with the actual situation in China. Compared with old-fashioned electric boosting devices, it has the advantages of small size, convenient maintenance, lower repair costs, and easy mobility. The main advantage is that the purity of the boosted gas is high and not affected by the boosting equipment, without noise pollution, electric sparks, and electromagnetic interference, which can be applied to various occasions.

The Feentor pneumatic gas booster pump has a unique design concept that ensures the purity of the booster gas is not contaminated. It uses compressed air as a power source, which is discharged through specific exhaust holes to cool the temperature of the gas booster equipment. Unlike ordinary equipment that requires oil and water cooling to reduce its pollution sources. The unique boost drive method can reduce air leakage between it and the air. The boost cylinder is a separate cylinder body, and the drive cylinder is also a separate cylinder body. The two are not connected. The booster cylinder is completely sealed and has no contact with external air sources. The Feentor gas booster pump uses a large piston of the driving cylinder to push the small piston of the booster cylinder to generate high pressure with low pressure, allowing for stepless pressure regulation. For example, the ZTD25 has a piston area ratio of 25:1, which can compress the pressurized gas up to 25 times that of the driving gas. When the driving pressure is 4 kilograms (0.4 MPa), the pressurized gas pressure can reach 100 kilograms (10 MPa), and adjusting the driving pressure can adjust the high-pressure.

Feentor produces customized gas booster pumps with good quality and complete performance. Each product undergoes multiple quality inspections and uses high-quality 304 stainless steel and imported sealing gaskets or rings to ensure better sealing and wear resistance.

hydraulic pressure testing machine