How to classify pneumatic gas booster pumps?
    Technical support inquiry / 2026-07-21

    There are various classifications of pneumatic gas booster pumps in China, and too many classifications have caused difficulties for customers in choosing. However, each classification has its own effectiveness. Below, I will briefly explain the current classification situation and general uses in China. At present, domestic pneumatic gas booster pumps can be roughly divided into the following situations. 1: Classification of cylinder diameter sizes. 2: Divided by pressurized medium. 3: How much traffic is divided. 4: The initial pressure level of the pressurized medium is divided. 1: Divided by cylinder diameter size.

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    What are the advantages of pneumatic gas boosting units and how are they specifically reflected?
    Technical support inquiry / 2026-07-21

    Pneumatic gas boosting unit 1. Performance and characteristics: The series of gas boosting units 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, convenient maintenance, and safe use.

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    How to achieve "self cooling" of the pneumatic gas booster pump itself?
    Technical support inquiry / 2026-07-21

    How to achieve self cooling of the pneumatic gas booster pump itself? As is well known, the emergence of gas booster pumps has brought great convenience to factory production and life. Gas booster pumps can be used for local gas boosting or secondary boosting of high-pressure gas. Therefore, we all understand that gas volume decreases and steadily rises after compression. The friction between the piston ring of the high-pressure chamber and the high-pressure cylinder body heats up, and the temperature rise due to gas compression causes the booster pump to stop working during use and wait for a period of time before continuing to use

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