Pneumatic gas pressurization system

Introduction to Fuente Pneumatic Gas Boosting System

The pneumatic gas boosting system is a compact and easy-to-use system that assembles the gas boosting pump 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

1. The working pressure can reach 1600bar

2. Flow rate: Standard 1350L/min

When the set pressure is reached, there is no additional energy consumption

4. No need for power supply (applicable to fields that require explosion-proof)

The pneumatic gas boosting system can be used at low cost for producing compressed air and filling bottled gas, and can meet many requirements for high-pressure compressed air.

Pneumatic gas boosting system is used in the industrial field for: pneumatic chuck clamping in machine tools, accumulator inflation, high-pressure cylinder inflation, converting low-pressure gas into high-pressure gas, etc. Any gas source with insufficient pressure, whether it is industrial machinery or testing equipment, can use pneumatic boosting system (can be equipped with gas storage tank)

Choosing a pneumatic boosting system can reduce circuits and save time and effort.  

The core component of the air booster pump can be used as a component or as a complete power source system (with added valves and fittings).

Adopting a pneumatic boosting system without electric sparks, it can be fully used in places with flammable and explosive gases.

Equipment technical parameters:

·Range of applied force: 0~166MPa;  

·Media: Air, Nitrogen, Hydrogen, Argon, Helium, Carbon Dioxide, Oxygen (For other special gases, please call for consultation)

Application scope of pneumatic gas boosting system equipment:

1. High pressure gas filling of high-pressure gas cylinders or reaction vessels, pressurization and utilization of residual gas in cylinders, and inverted filling between different gas cylinders;  

2. Special bead gas filling in scientific research and industrial production, oxygen filling in diving and other breathing gas cylinders;  

3. Petroleum and chemical natural gas pressurization, Freon recovery and pressurization, application of plastic foaming gas auxiliary equipment, critical extraction, and application of oil and gas well injection equipment;  

4. Various airtightness testing applications similar to gas cylinder filling principles, such as airbag filling, hot grade static pressure machine, nitrogen filling of aircraft tires and hydraulic accumulators, instrument calibration, etc;  

The power of pneumatic tools;  

5. Secondary pressurization of compressed air in the factory, input of high-pressure gas into the reactor, and other situations that require high-pressure gas;  

6. Secondary pressurization utilization of various residual gases in bottled containers;  

7. Pressurization, recovery, and filling of special gases;  

8. Air pressure testing of pressure bearing components such as valves, pipelines, joints, and pressure vessels;  


9. Suitable for static air pressure testing and leakage testing in other situations, such as radiators, condenser tubes, compressor housings, heat exchangers, etc.

The typical applications of pneumatic gas boosting systems are as follows:

Provide static pressure and burst testing for valves, fittings, pressure vessels, etc.
Static and dynamic testing of aerospace accessories after maintenance
Valve calibration
Valve and wellhead equipment water bubble test
Detection of air pressure regulator
◆ Automotive brake system testing
◆ Communication cable inflation equipment
Aircraft tires and hydraulic accumulator filled with nitrogen gas
◆ High pressure nitrogen inflation during auxiliary injection molding
Compression of pure gas (CO2 extraction)
Testing of high-pressure gas systems and instruments.
◆ Destructive testing of address specimens
◆ Demineralization processes, such as reverse osmosis and desalination
◆ Provide pressure for testing or calibrating natural gas components
◆ Record the power of downhole fluid depth acoustic equipment

Research on the morphology of high-pressure gas flow.

Internal images of the product system

Gas pressurization system