As an important gas conveying equipment in the industrial field, the performance parameters of multi-stage blowers directly affect the operational efficiency of the system. This article systematically introduces the six core parameters that need to be paid attention to when choosing a multi-stage blower, helping users make scientific choices.

In the roaring sound of the industrial workshop, the blower is like an tireless "strongman", continuously delivering the airflow needed for production. However, just like precision instruments that require maintenance for long-term operation, the cleaning and maintenance of blowers cannot be ignored. When oil stains accumulate on the surface of the equipment and foreign objects accumulate in the air duct, this seemingly simple cleaning work is actually related to the stable operation of the enti

As a commonly used fluid machinery in the industrial field, centrifugal blowers rely on unique power transmission and gas compression mechanisms for their efficient and stable operation. This article will systematically analyze the core mechanism of its working principle and transmission mode.

In industrial production, although multi-stage blowers and vacuum blowers belong to the same gas conveying equipment, there are significant differences in their working principles and application scenarios. This article will compare the technical characteristics and application value of the two from multiple dimensions.

Centrifugal fans are widely used in industry and daily life, among which multi-stage centrifugal blowers and ordinary centrifugal fans have similarities but significant differences in multiple aspects.

Multi stage blowers are widely used in industrial production, but sometimes there may be situations where the outlet temperature is too high. This not only affects the performance and lifespan of the blower, but may also have adverse effects on the entire production system. The main reasons for the high outlet temperature of multi-stage blowers are as follows.