Some Must-Know Importance and Applications of Gas Booster

Gas booster has been widely used for boosting or increasing low- gas/air pressure to a required high level in various industrial applications or test stations. It is ideal for compressing and pressurizing industrial gases like Nitrogen, Helium, Nitrous Oxide, Neon, Argon, Sulphur Hexafluoride, Carbon Monoxide, Hydrogen, Methane, Ethylene, Deuterium, Natural Gas, Xenon etc. The tool carries out oil free compression of gasses and air effectively and efficiently. Typical applications

Gas booster has gained wide reputation and increased customer base due to its unique features and excellent operational performance. The tool can be mounted in aggressive industrial environments and it is effective in boosting any kind of non-corrosive industrial or laboratory gases. Gases like Argon, Air, Carbon Dioxide, Helium, Hydrogen, Natural Gas, Nitrogen, and Xenon can be compressed to pressures of 21,750 psi and Oxygen to operating pressures of 5,075 psi.

Industrial fields such as oil field, refinery, aircraft, automotive, or instrumentation widely use these booster systems for accomplishing different processes. However, these systems are also commonly used in applications such as:

• Low pressure gas reclaim from storage bottles • Hydrogen suspension systems • Oxygen boosting • Gas pressure and leak testing • Charging of accumulators • Automotive air gas storage system • Boosting gas pressures from Nitrogen or Oxygen generators • Nitrogen injection for molding machines • Aircraft slide chute gas storage systems • Breathing air systems for scuba and fire department tanks • Fuel injection system pressure testing • Gas pressure and leak testing • Pressurizing nitrogen for mirror chambers • Low pressure autoclaves • Scavenging of hazardous or expensive gasses like argon or high purity helium • Boosting N2 and CO2 pressure cartridges • Gas injection molding

The unit maintains the purity of industrial gases to its maximum. The systems are compact and are equipped with light-weight design, rugged construction and high pressure capability. Due to such aspects they are popularly and widely used in various industrial sectors. In addition, these units can be operated in series or parallel as an excellent alternative to high pressure stationary type compressors. The tool can also be operated with no electrical power or lubrication and has been recognized as the most durable and reliable source for increasing gas pressures. There are numerous manufacturers who indulge in the business of designing, manufacturing and supplying wide ranges of gas boosters for various industrial applications. Depending on the type and nature of the gas to be boosted, ideal selection has to be made with the chosen manufacturers. Today, many versions of these boosters are readily available on the market. Depending on the gas pressure and flow requirements, customers can choose a wide range of products like single acting-single stage booster, double acting-single stage booster, two stage booster, double air head-single stage booster, and double air head-two stage booster for various industrial applications.

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