Dekco Air Pumps: Key Features and Typical Applications

The operational features of the gas booster pump:

Output Pressure Range: Covers the 0.6-150 MPa pressure range.

2. Multiple Gas Drive: Compressed air, nitrogen, steam, and other gases can all serve as the driving gas source for the pump.

3. Wide Application Range: Used in the industrial field for clamping on machine tool chucks, inflating accumulators, refilling high-pressure cylinders, and converting low-pressure gases to high-pressure gases. The Deko booster pump can be used in any situation where the gas source pressure is insufficient, whether for mechanical or testing equipment.

5. Easy Adjustment: Within the pump's pressure range, adjusting the regulating valve allows for the adjustment of the intake pressure, resulting in infinite adjustment of the output hydraulic pressure.

6. Auto Pressure Maintenance: In the event of a decrease in the pressure of the pressure holding circuit due to any cause, it will automatically activate to replenish the leakage pressure, maintaining a constant circuit pressure.

7. Safety Operation: Gas-driven with no electric arcs or sparks, suitable for use in hazardous areas.

8. Easy Maintenance: Compared to other air-driven pumps, the Deko supercharger can accomplish the same tasks but with fewer parts and seals, making maintenance straightforward.

9. High Value for Money: The Deko Supercharger is a plunger pump that operates by rapidly reciprocating. As the output pressure increases, the pump's reciprocation slows down until it stops. At this point, the pump's pressure remains constant, and all components cease movement.

Typical Applications of Gas Boosting Pumps:

Fittings, hoses, valves, pressure vessels, cylinders, etc., offering static and爆破testing.

2. Static and Dynamic Tests Conducted Post-Aerospace Attachment Maintenance

3. Safety Valve Calibration

4. Valve and Wellhead Equipment Bubble Test in Water

5. Pressure Regulator Inspection

6. Automotive Braking System Testing

7. Communication Cable Inflation Equipment

8. Nitrogen inflation for aircraft tires and hydraulic accumulators

High-pressure nitrogen inflation in gas-assisted injection molding

10. Compression of ultra-pure gases (CO2 supercritical extraction)

11. Testing of High-Pressure Gas Systems and Instruments

12. Desalination processes, such as reverse osmosis and desalination.

13. Apply pressure to test or calibrate components

14. Power for Subsurface Fluid Depth Sonar Equipment

15. High-Pressure Gas Flow Pattern Research

16. Destructive Testing of Geological Specimens