The Wide Application of Gas Boosting System

The Wide Application of Gas Boosting System

The gas boosting system is assembled in a tubular frame or enclosed box according to the actual needs of customers, with a compact structure and easy use. Pressure gauges, valves, and pressure regulators 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. 3-8bar ordinary clean compressed air drive, gas working pressure can reach 80MPa. If higher pressure is required, dual drive head boosting products can be selected

Typical applications:

1. Used for secondary pressurization of compressed air in factories, filling of high-pressure reaction vessels with nitrogen and hydrogen, and other occasions requiring various high-pressure gases.

2. Gas assisted injection molding and high-pressure nitrogen inflation in its assisted injection molding

3. Air tightness testing of valves, fittings, condenser pipes, and air conditioning coils, as well as water bubble testing of valves and wellhead devices

4. Static and dynamic testing of aerospace accessories after maintenance, valve calibration

5. Automotive brake system testing, communication cable inflation equipment

6. Testing of Aircraft Tires and Hydraulic Accumulators for Nitrogen Charging, High Pressure Gas Systems, and Instruments

7. Demineralization processes, such as reverse osmosis and desalination

8. Provide pressure for testing or calibrating natural gas components

9. Record the power of downhole fluid depth acoustic equipment and study the morphology of high-pressure gas flow.

Equipment features:

1. The output pressure is infinitely adjustable

2. Gas driven, no power supply, no sparks, widely used in flammable and explosive environments.

3. Small size, light weight, simple operation, easy maintenance and repair.

1、 Multiple pump combination boosting system unit

Combination of two or more pumps with different boost ratios, the low-pressure pump first provides a certain pre pressure to meet the inlet pressure of the high-pressure single-stage pump, and then further boosts.

2、 Closed gas pressure stabilization system

Multiple pumps can be used in combination to increase and stabilize pressure through local pipelines

3、 Pneumatic boosting unit

Drive air pressure: 3-5 bar Boost ratio: 2:1

Output pressure: 6-10 bar. Tank capacity: 100L/50L/40L

4、 Air conditioning coil detection and pressurization system

Gas booster pump for testing air conditioning coils.

5、 Gas assisted injection molding pressurization system

In the gas assisted molding process, pressure gas (usually nitrogen) is injected into the molten material in the mold cavity. The gas acts as a temporary and incredibly flexible core, which can form a hollow on any thickness cross-section. The nitrogen pressure requirement is relatively high during the injection molding process, and nitrogen cylinders cannot continuously provide high-pressure gas. By using this device, nitrogen is pressurized into a high-pressure gas cylinder through a gas booster pump, and it can continue to operate. After adding the electronic control part, the starting pressure and output pressure can be set arbitrarily.

Drive gas source: 3-8bar. Boosting ratio: 60:1. Output pressure=60 times drive gas pressure. Nitrogen inlet pressure

6、 Pressure regulator detection system

Can be used for pressure testing, flow testing, etc. of CNG vehicle pressure reducing valves.

Drive air pressure: ≤ 0.8MPa

Inlet pressure: 0.1-1.0MPa

Output pressure: 0-32MPa

Flow rate: 248LN/min (inlet pressure 0.8MPa)

Drive gas inlet size: ￠ 12 straight insertion

Pressure reducing valve connection: high-pressure quick plug connector

7、 Energy storage nitrogen device

When the nitrogen charging pressure of the accumulator is required to be above 13MPa, it is no longer possible to directly pack it with a nitrogen cylinder. This nitrogen charging device uses a pneumatic booster pump to easily complete the nitrogen charging of the accumulator, with a pressure of up to 70MPa. The device is simple to operate and easy to maintain, making it an ideal choice for nitrogen charging of the accumulator. Not only can it be used for nitrogen charging in energy storage devices, but it can also be used for nitrogen charging in nitrogen springs.

8、 Feentor series gas (dynamic) booster

1. Performance and characteristics:

The Feentor series gas booster is an advanced boosting equipment independently researched and developed by our company. This device uses compressed air as power to increase the pressure of air, oxygen, nitrogen, argon, helium, etc. There are two pressure ratios: 2:1 and 5:1 (which can increase the pressure of the pressurized medium by two or five times). This device is an independent boosting unit, connected in series in the boosted pipeline. It has the characteristics of fast boosting speed, long service life, stable pressure, large flow rate, simple operation, and convenient maintenance.

2. Application scope:

This machine is particularly suitable for adjusting the air source pressure of cutting machines, which can stabilize the air source pressure of the supplied cutting machine at the normal operating pressure. Install it at the inlet of the cutting machine air source. This machine can also be used in various high-precision pneumatic equipment that requires pressurization, such as coordinate measuring machines, laser marking machines, CNC machining, argon arc welding machines, carbon dioxide shielded welding machines, brewery packaging equipment, brewery pneumatic valves, brewery malt oxygenation equipment, airtightness testing machines, etc.

3. Advantages of the Feentor series gas booster:

1) Can be used for different gas pressurization. For nitrogen, oxygen, argon, helium, carbon dioxide gas, etc., the machine will use different boosters and special pipelines and components. For example, there is an isolation chamber between the selected booster drive chamber and the booster chamber to prevent the pressurized gas from mixing with compressed air and avoid contamination of the pressurized gas.

2) Compared with traditional gas superchargers, this supercharger produces smaller pulses and has stable pressure output. The output pressure value can be adjusted to the allowable pressure range in the working environment through an additional pressure reducing valve.

3) Compared with high-pressure air compressor systems and high-pressure compressors, this machine has low noise and low input costs. When the set pressure is reached, there is no additional energy consumption, so its energy consumption is small and energy-saving.

4) Easy to install and use. The turbocharger is fully pneumatic controlled, connected to the driving gas inlet, the pressurized gas inlet, and the pressurized gas outlet to operate; By adjusting the pressure of the driving gas source, the pressure of the pressurized gas can be infinitely adjusted.

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