The gas booster, as the name suggests, is a machine used to boost gas, also known as a gas booster, boost valve, and gas amplifier. It is generally divided into two categories for gas boosting: electric gas boosters and pneumatic gas boosters. Now let me introduce the principle, characteristics, and parameters of pneumatic gas boosters.
The gas booster is made of aluminum alloy and stainless steel materials, and the pump body is divided into two parts: the driving part and the boosting part. The reciprocating operation of the piston between the driving end and the boosting end is controlled by a connecting shaft. By adjusting the driving pressure to regulate the output pressure of the gas booster, the pressure of the pressurized gas will affect the flow rate output by the pump body. The pressure range of the driving end is generally (3-8 bar).
Principle of gas booster
Characteristics of gas booster
1. High output pressure, simple pressure regulation (adjusting the drive to adjust the output)
2. Long lifespan and easy maintenance (usually replacing seals is sufficient, customers can also replace them themselves)
3. Widely applicable and highly recognized in the industry (can be used in industries such as increasing pressure or filling and recycling)
4. Strong substitutability (domestic gas boosters can currently fully replace imported foreign products)
5. Widely pressurized media (CO2, nitrogen, oxygen, helium, nitrogen, hydrogen, etc.)
Gas booster parameters: output pressure range: 0-80Mpa, boost ratio range: 1:1-150:1, flow range: (30Ln-1360ln/min)
Detailed introduction of gas booster pump accessories
Schematic diagram of gas booster pump