Description
1. Overview of Gas Booster Pump
The VDBA Series Gas Booster Pump from VTON is an advanced solution for high-pressure gas compression. Utilizing the principle of converting low-pressure gas input into high-pressure output through a differential piston area, it achieves efficient performance with precise pressure control. The pump is constructed from premium aluminum alloy and stainless steel, with imported sealing components, ensuring durability and long-term reliability.
Designed for industrial applications requiring high-pressure outputs with moderate flow rates, the VTON gas booster pump offers customizable configurations for material, parameters, and performance.
2. Key Features
- Automatic Switching: Equipped with a specially designed integrated directional valve for automatic switching and smooth pump operation.
- High-Quality Materials: The drive cylinder and covers are made from aluminum alloy to ensure strength, prevent microcracks, and maintain pressure integrity.
- Wear Resistance: Precision-machined stainless steel working cylinders with full suction design provide long-term wear resistance and prevent leakage.
- Reliable One-Way Valves: Inlet and outlet one-way valves are made of precision-machined stainless steel, ensuring reliable pressure retention.
- Efficiency and Stability: The entire mechanism has low friction and minimal pressure loss, enabling quick pressurization, stable operation, high efficiency, and low noise.
- Customizable Design: Fully customizable for different gas types, pressure requirements, and material specifications to meet diverse industrial needs.
3. Applications
VTON gas booster pumps are highly versatile and can be used across various industries, including:
- Compressed Air Boosting: Enhancing air pressure for industrial operations.
- Aerospace Testing: Static and dynamic testing of aerospace components post-maintenance.
- Gas Storage: Compression and storage of gases.
- Regulator Testing: Ensuring accurate performance of gas pressure regulators.
- Leak Testing: Gas pressure-based leak detection in various systems.
- Rare Gas Recovery: Efficient recovery of rare gases such as helium and argon.
- Aircraft Maintenance: Nitrogen charging for aircraft tires and hydraulic accumulators.
- Plastic Injection Molding: High-pressure nitrogen charging for gas-assisted molding processes.
- Gas Compression: Compression of nitrogen, hydrogen, helium, CO2, methane, ozone, and other gases, including CO2 for supercritical extraction applications.
