The structure of industrial fans is made up of three parts.

-Fan
-Engine
-Body

The materials mentioned above differ depending on their intended use, operating temperature, and fluid type. As a result, there are various types of fans.

Industrial Applications

Cold storage facilities, material handling, dissociation, ventilation, air mixing places, fuel blowing in solid fuel boilers, cooling systems, heating systems, and power generation plants.

Domestic Applications

In oven hoods, bathrooms, and WCs.

Applications for Comfort

Meeting rooms, cinemas, restaurants, and smoking rooms are all available.

It can be used as an example of different applications, but there are many other options.

Electric motor fans are used today because they occupy less space, do not require maintenance, and they are much lighter, and have a longer life. Aside from the electric engine, they use pneumatic, gasoline or diesel engines, wind power, or centrifugal power.

Fans are divided into two groups

Radial (CENTRIFUGAL) - the fluid flows through the impeller in an axial orbit and leaves perpendicular to the axis of rotation in ventilators.

Axial (AXIAL) - In ventilators, fluid passes the impeller axially and leaves via the same axis.

Mixed Flow - The fluid enters the impeller in an axial orbit in ventilators. However, passing over the guide vanes on the outlet axis generates additional dynamic pressure, increasing the total pressure. These fans are described as a "combination of Radial and Axial fans." Their flow rates are comparable to axial fans, while their pressures are comparable to radial fans. However, motor energy consumption is also on the average. It is generally appropriate for use in environments with limited space.