What are the application ranges of gas booster pumps as high-pressure power devices or filling equipment?

Technical support inquiry / 2026-07-20 17:30:04

Gas boosting and high-pressure filling equipment refers to the use of gas boosting pumps to increase the pressure of existing gases or liquids, and then use them as high-pressure power or filling container equipment. Its application scope is as follows

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 experiments, industrial production, and oxygen filling in breathing gas cylinders for daily medical diving;

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

4. Various airtightness testing applications similar to the principle of gas cylinder filling, such as airbag filling, hot grade static pressure machine, aircraft tire and hydraulic accumulator nitrogen filling, instrumentation, calibration, etc.

Equipment performance parameters

Model: ZTS-ZTA10

ZTS - The booster pump is a ZTA series gas booster pump, with air or other gases as the working medium.

The output pressure is proportional to the driving pressure, and the driving pressure range is 0.1-0.8 Mpa;

10- The boost ratio is 10:1, so the output pressure is 0-8MPa (choose the corresponding boost ratio according to the actual needs of the customer)

Operation mode: manual control, digital display control

Features of the equipment

1. Applicable media: air, nitrogen, hydrogen, oxygen, etc., acetylene. Most gas media (please consult us for special applications);

2. The device is lightweight, easy to move, convenient to use, and easy to maintain;

3. The equipment is designed to be lubrication free, does not require a power source, and does not generate electrical sparks.