Maximator Air Driven Gas Booster Systems are a compact and portable method of increasing gas pressures. These gas booster systems are rigorously tested for high quality, and are shipped fully assembled. Since they do not require any electrical power, they are intrinsically safe and economical. The Maxpro range of gas booster and air amplifier systems are a very flexible and efficient source of delivering high pressure air and gas.
The Maximator gas booster system can provide oil free compression of a variety of industrial gases including Air, Nitrogen, Helium, Oxygen, Carbon Dioxide, Carbon Monoxide, Nitrous Oxide, Neon, Argon, Hydrogen, Methane, Ethylene, and Natural Gas.
Maximator Gas Booster System: Features
The various features of the Maximator gas booster system include:
- Easy to install and operate
- Standard and custom design configurations
- Compact, portable design
- Single or double acting, and two stage models
- Double air head available in single and two stage booster models
- No electrical power needed
- No lubrication required
- Contaminant free
- Can be operated in series or in parallel
- Various pressure and compression ratios available
- Pressures up to 21,750 psi for gases such as Argon, Air, Carbon Dioxide, Helium, Hydrogen, Natural Gas, Nitrogen and Xenon, and up to 5000 psi for Oxygen.
Maxpro Gas Booster Systems: Applications
The various applications of the Maxpro Gas Booster Systems include:
- Oxygen boosting for life support applications
- Gas pressure and leak testing
- Low pressure gas reclamation from storage bottles
- Boosting gas pressures from Nitrogen and Oxygen generators
- Nitrogen injection molding machines
- Air breathing systems used in scuba diving and fire department tanks
- Leak detection systems(such as Helium leak detection in the oil and gas industry)
- Low and High pressure autoclaves
The maximator gas booster system are the perfect solution for applications where high output pressure are required, but the gas pressure is low. The maxpro gas boosters can work in series or in parallel, allowing you to create air pressures to suit your specific requirements.
