Biogas

     The pneumatic pressure pump is divided into gas liquid supercharged pumps and gas supercharged pumps. The principle of booster pump is to use a large area of low -pressure hydraulic hydraulic pressure to generate small -area pistons. The industrial field is tightly used in machine tool mounts, energy storage is inflated, high -pressure bottle inflatable, reducing pressure gas converting into high -pressure gases. The pressure of the gas source is not high enough. Whether it is a mechanical or testing device, the booster pump can be used. Gas driving, no arc and spark, completely used in flammable, explosive liquid or gas places. Regardless of the reasons, the pressure -keeping circuit pressure decreases, the pressure -booster pump will automatically start, supplement the leakage pressure, and keep the circuit pressure constant. Compressed air, nitrogen, water steam, natural gas, etc. can be used as driving gas sources for pumps.

     Gas -liquid

     Until the pressure balance is reached again, the single gas control non -balanced gas distribution valve is automatically stopped to achieve the automatic movement pump gas drive of the pump. According to the different media, carbon steel or stainless steel are selected. The full set of sealing parts of the pump is imported high -quality products, thereby ensuring the performance of the gas -liquid supercharged pump.

    Air

    The principle of air -voltage pumps is to use a large area of low -air pressure to generate small -area piston high hydraulic pressure. The air-voltage pump is used in the working environment where the original short pressure system needs to improve the pressure. It can increase the air pressure of the working system to 2-5 times. It only needs to compress the air in the working system as the gas source. The pump is suitable for single gas source supercharged. No power (can be used in areas that require explosion -proof). Within the pressure range of the pump, adjust the regulating valve to adjust the air intake pressure, and the output hydraulic pressure is correspondingly adjusted accordingly.