Compressed air booster pump or compressed air booster system for secondary pressurization of compressed air

It's almost the annual Spring Festival again, and many factories have the habit of purchasing after the festival, symbolizing a good start every year. In addition, some newly purchased equipment requires high-pressure compressed air to meet the demand, and the compressed air pressure in the factory cannot reach it. In this case, secondary boosting or purchasing a high-pressure air compressor is necessary. For individual devices with high pressure requirements, purchasing high-pressure air compressors can generate a lot of funds and subsequent renovation issues. In this case, choosing secondary boosting is more wise. Below, the editor will explain to you under what circumstances to choose an air booster pump and a compressed air booster system.

As the name suggests, a compressed air pump is a type of pump that boosts the pressure of compressed air. However, compressed air booster pumps also have their limitations, such as the ZTV02 air booster pump, which doubles the pressure of compressed air after passing through the air booster pump. If the pressure exceeds 2 times, a higher ratio air booster pump should be selected. For example, ZTV05 has a 5-fold boost. For higher pressures, please consult engineers from Taizhou Fuente. Under what circumstances is it suitable to choose a compressed air booster pump? Generally, it is not a problem to use only an air booster pump in the following situations: equipment that only needs to reach pressure, canned equipment, and any other equipment that has pressure requirements but not strict flow requirements can use an air booster pump.

When is the compressed air boosting system used? Firstly, let's understand the basic structure of a compressed air booster system, which consists of components such as a compressed air booster pump, air storage tank, high-pressure pipeline, pressure reducing valve, safety valve, high-pressure gauge, drainage valve, two-piece components, various switches, etc. The main function of its gas storage tank is to buffer the pulse of the air booster pump and store high-pressure gas. The function of the pressure reducing valve is to reduce the gas output pressure inside the high-pressure tank to achieve a constant pressure output effect. The safety valve ensures that the pressure inside the gas storage tank is always within a safe range. The high-pressure pipeline ensures that the high-pressure generated by the compressed air booster pump is safely transported to the gas storage tank. The high-pressure gauge displays the pressure inside the gas storage tank. The drainage valve can regularly drain the gas storage tank to ensure that it is not corroded by water. The two-piece connection can ensure the service life of the air booster pump and reduce the moisture in the air. Based on the above abilities, it can be concluded that equipment with stable output and instantaneous high flow output requires a compressed air pressurization system.

So I suggest that manufacturers communicate with Fuente engineers based on on-site conditions and working conditions when conducting secondary pressurization of compressed air, and then purchase compressed air booster pumps or compressed air booster systems according to the recommendations of sales engineers.