Gas booster valve is a type of booster valve that can proportionally convert low-pressure oil in hydraulic transmission systems into high-pressure oil, belonging to the field of hydraulic transmission. It is composed of a valve body, a turbocharger, and a hydraulic directional valve. By combining the inlet and outlet oil channels in the valve body, controlling the oil hole and oil drain valve, the turbocharger and hydraulic directional valve are organically combined. The significant feature of this booster valve is that it relies on the pump source pressure to promote mutual determination of the position between the booster and the hydraulic directional valve, thereby eliminating the linkage transmission and rotary motion, making the valve simple and practical. It can also form an automatic reciprocating oil cylinder based on this principle, which is conducive to the development of hydraulic transmission towards simplifying complexity and energy conservation and consumption reduction.
氣體增壓閥是利用大面積活塞端的低壓氣體驅動而產生小面積活塞端的高壓氣體。氣體增壓閥可用于各種氣體介質； 應用于空氣鉗和滾輪夾緊器的動力；緩沖墊保壓； 氣彈簧和高壓輪胎充氣； 提供閥門驅動力；閥門管件壓力容器航空航天附件氣壓測試； 井口裝置水中冒泡試驗；汽車制動系統測試； 通信電纜充氣設備； 飛機輪胎液壓蓄能器充氮；氣體輔助注塑高壓氮氣充氣； 超純氣體氣體壓縮（CO2超臨萃?。?；管材、閥門、壓力容器等靜壓和爆破測試。
The gas booster valve is driven by low-pressure gas at the large piston end to generate high-pressure gas at the small piston end. The gas booster valve can be used for various gas media; Power applied to air pliers and roller clamps; Cushion cushion for pressure retention; Inflation of Gas Spring and high-pressure tire; Provide valve driving force; Air pressure testing for valves, fittings, pressure vessels, aerospace accessories; Water bubbling test for wellhead equipment; Automobile brake system testing; Communication cable inflation equipment; Filling nitrogen into the hydraulic accumulator of aircraft tires; Gas assisted injection molding with high-pressure nitrogen gas inflation; Ultra pure gas compression (CO2 supercritical extraction); Static pressure and burst testing of pipes, valves, pressure vessels, etc.
Strong adjustability - both pressure and flow are accurately adjusted by the pressure regulating valve that drives the gas. Gas Booster Valve
Wide application range - gas boosters can be used for the vast majority of non corrosive gas media.
High cost-effectiveness - characterized by high output performance and low cost.
Simple maintenance - The gas booster has fewer parts and seals, making maintenance simple and cost-effective.
High output pressure - The maximum working pressure of the gas booster can reach 30400psi (210Mpa).
Large output flow - The gas booster needs to be driven by compressed air of no more than 150psi (1.0Mpa) to obtain a large output flow. According to different job requirements, there are various series of products available for users to choose from for gas turbochargers.
Automatic restart - During operation, the gas booster quickly reciprocates, and as the output pressure approaches the set pressure value, the reciprocating motion speed of the pump slows down until it stops. And maintain this pressure, where energy consumption is minimal, no heat is generated, and no parts move. When the pressure balance is broken, the turbocharger automatically starts working to the next balance.
Flexible application - From simple manual operation to fully automated operation, gas turbochargers are suitable for various application fields. The air motors of most pump models in the same series are interchangeable.
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