High-pressure centrifugal blower is a kind of fan which optimizes and improves the communication process on the basis of traditional fan. Its advantages are more obvious than ordinary centrifugal fan, and its components have a lot of advantages. As for the advantages of high-pressure centrifugal blower, we have discussed them in detail before, so we will not introduce them more today. Today, we will mainly explain the difference between high-pressure centrifugal fans and ordinary centrifugal fans.
Compared with the general centrifugal fan, there is no difference in the scope of the first structure, that is, the difference of fan impeller. We all know that the general centrifugal fan adopts annular impeller, while the low-pressure centrifugal fan is the impeller of the centrifugal fan. Low-pressure centrifugal fan is a kind of facility which converts electric energy into potential energy. It uses high-speed winding impeller to stop gas as medium-pressure fan, and realizes the whole working process.
What is the difference between high-pressure centrifugal fan and ordinary centrifugal fan?
And our low-pressure centrifugal fan will be able to solve these two ranges very well. The power of centrifugal fan is larger than that of general centrifugal fan, and it is not that the power of our general centrifugal fan has not been improved. However, once the power of general centrifugal fan is improved, the music purification will follow.
That is, the scope of practical use is not the same, because the general centrifugal fan can not be overcharged from the fan, so it is only applicable to the gas delivery of various undertakings; while the low-pressure centrifugal fan can be overcharged, so it can be used for ventilation, dust removal and so on. However, the flow of low-pressure centrifugal fan is much larger than that of general centrifugal fan, which is incomparable, especially in the center.
It's important to note that the choice between a high-pressure centrifugal blower and a side channel blower depends on the specific application requirements, including the desired pressure, flow rate, efficiency, noise level, and space limitations.
