（1） 气驱动气体增压泵适用于对气体、空气和工业气体，例如氮气、氦气和氩气等进行无油压缩，工作压力可达80Mpa。氧气增压泵工作压力可达35Mpa(氧气要特殊说明)。空气驱动式增压泵是替代电动产品的产品，能够用于防爆场所。

(1) Gas driven gas booster pump is suitable for oil-free compression of gases, air, and industrial gases such as nitrogen, helium, and argon, with a working pressure of up to 80Mpa. The working pressure of the oxygen booster pump can reach 35Mpa (oxygen needs special instructions). Air driven booster pump is an efficient alternative to electric products and can be used in explosion-proof environments.

（2） 多种气体驱动:压缩空气、氮气、天然气等均可做为泵的驱动气源。

(2) Multiple gas drives: Compressed air, nitrogen, natural gas, etc. can all be used as the driving gas source for pumps.

（3） 应用范围广:工业领域用于机床中的气动卡盘夹紧、蓄能器充气、高压瓶充气、气密性检测、昂贵气体回收增压、反应釜充气，将低压气体转换成高压气体等。凡是气源压力不够高，无论是工业机械或测试装置，均可采用气体增压泵。

(3) Wide application range: used in the industrial field for pneumatic chuck clamping, accumulator inflation, high-pressure bottle inflation, airtightness detection, expensive gas recovery and pressurization, reactor inflation, converting low-pressure gas into high-pressure gas, etc. in machine tools. Whenever the gas source pressure is not high enough, whether it is industrial machinery or testing equipment, a gas booster pump can be used.

（4） 自动保压:无论何种原因造成保压回路压力下降，泵将自动启动，补充泄漏压力，保持回路压力恒定（帕斯卡原理）。

(4) Automatic pressure maintaining: Regardless of the cause of the pressure drop in the pressure maintaining circuit, the pump will automatically start, replenish the leakage pressure, and maintain a constant circuit pressure (Pascal principle).

（5） 操作:采用气体驱动，无电弧及火花，完全用于有易燃、易爆的液体或气体的场所。

(5) Operation safety: Gas driven, no arc or spark, completely used in places with flammable and explosive liquids or gases.

（6） 性价比高:气体增压泵是一种活塞式泵。也可以称为往复泵 工作时，气体增压迅速往复工作，随着输出压力的增高，泵的往复速度减慢直止停止。此时，泵输出的压力恒定，能量消耗，各部件停止运动，由于活塞式泵结构简单，故易于维护。

(6) High cost-effectiveness: Gas booster pump is a piston type pump. It can also be called reciprocating pump operation. When the gas is pressurized, it rapidly reciprocates. As the output pressure increases, the reciprocating speed of the pump slows down and stops straight. At this point, the pressure output by the pump remains constant, energy consumption is minimized, and all components stop moving. Due to the simple structure of the piston pump, it is easy to maintain.

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