Over 40 years of operational experience! HASKEL Air-Driven Gas Booster
Gas pressurization with a maximum of 150 MPa achieved! Compatible with various gases such as hydrogen (for hydrogen stations, etc.), helium, oxygen, carbon dioxide, and rare gases!
This compressor is a small air-driven gas booster manufactured by HASKEL that "does not use electricity." It can compress various gases while maintaining high purity. Features: - Air-driven, so no electricity is required. The only utility needed is instrument air. - Boosted gas pressure: Proven up to 150 MPa. - Compact design. - Multi-stage compression. - Proposals for system integration are also possible. - Compliant with high-pressure gas safety laws. - Our company offers prompt maintenance support. Operating Structure: - It consists of a large-area air-driven piston that operates in a cycling motion and a small-area gas piston connected to it. The air drive section is equipped with a cycling spool and a pilot valve, and when compressed air is supplied, the gas booster continuously performs reciprocating motion. - The structure prevents process gas from mixing into the air drive section through a dynamic seal. Additionally, there is an exhaust port for discharging gas to the atmosphere, designed to prevent contamination from entering the gas section. If you provide us with your specifications, we will suggest a suitable model. Please feel free to consult with us.
basic information
It is possible to use compressed air or nitrogen at around 0.5 MPa, such as factory air, to drive a piston back and forth, thereby increasing the gas pressure. We can also comply with the High-Pressure Gas Safety Act and provide products that have passed KHK certification. Not only nitrogen and helium, but also gases such as oxygen and hydrogen can be pressurized without any issues. In addition to standalone gas boosters, we can also create equipment tailored to customer specifications.
Price range
Delivery Time
Model number/Brand name
HASKEL
Applications/Examples of results
Usage purposes: ■ Hydrogen stations (FCV, FCFL) ■ Recovery of noble gases such as helium ■ Pressure-tightness testing ■ Medical oxygen ■ Pressurization of residual gas in cylinders ■ Research and development We have a proven track record in various other applications as well.
