Introduction to Compressed Air Boosting Use Cases
There is a machine in the workshop of a certain factory that requires air pressure for tool changing. The pressure needs to be stably output at 8 bar, but currently the output pressure of the air source pipeline in the workshop is 6 bar, which cannot meet production needs. We are considering purchasing a compressor, but due to noise and cost issues, we have chosen a compressed air booster pump for local boosting. At present, it can fully meet the on-site needs, and the emergence of pneumatic air booster pumps can solve the problem of unstable and insufficient local air pressure in factories.
A certain university laboratory is conducting an experiment that requires the use of high-pressure gas for high-pressure physical adsorption testing. However, there are strict requirements for the purity and pressure of dry air, and a high-pressure gas booster equipment is needed. In terms of the comprehensive consideration of electric booster pumps and pneumatic booster pumps, the cost, output pressure, noise decibels, and purity guarantee of pneumatic booster pumps are the reasons why the laboratory supervisor believes it is worth choosing. Using high-pressure pneumatic products to compress air booster pumps can provide reliable assurance for one's own testing.
The promotion and use of compressed air booster pumps have always been the direction that Fuente needs to strive for. Combining the advantages of similar products abroad and leveraging its own characteristics, we believe that the popularity of compressed air booster pumps will reach a new height