Summary

The hydrogen boosting system is a compact and convenient system that assembles gas boosting pumps and various components into a tubular frame or enclosed box according to the actual needs of customers. Pressure gauges, valves, pressure regulators, etc. are all panel mounted. The output pressure can be adjusted by setting the air pressure regulator. When the set pressure is reached, the pump automatically stops and resumes operation when the pressure drops.
Driven by ordinary clean compressed air with a pressure of 3-8 bar, the maximum working pressure of the output gas can reach 150 MPa. If higher pressure is required, double drive head boosting products can be selected.

Typical applications

Static and dynamic testing of aerospace accessories after maintenance
Safety valve calibration
Valve and wellhead equipment water bubbling test
Car brake system testing
Testing of high-pressure gas systems and instruments.
Provide pressure to test or calibrate natural gas components
Filling of gas cylinders and gas springs
Communication cable inflation equipment
Aircraft tires and hydraulic accumulators filled with nitrogen gas
Assisted injection molding with high-pressure nitrogen gas inflation
Demineralization processes, such as reverse osmosis and desalination
Record the power of downhole fluid depth acoustic equipment
Research on the morphology of high-pressure gas flow

Typical applications

Static and dynamic testing of aerospace accessories after maintenance
Safety valve calibration
Valve and wellhead equipment water bubbling test
Car brake system testing
Testing of high-pressure gas systems and instruments.
Provide pressure to test or calibrate natural gas components
Filling of gas cylinders and gas springs
Communication cable inflation equipment
Aircraft tires and hydraulic accumulators filled with nitrogen gas
Assisted injection molding with high-pressure nitrogen gas inflation
Demineralization processes, such as reverse osmosis and desalination
Record the power of downhole fluid depth acoustic equipment
Research on the morphology of high-pressure gas flow