Features:

Low noise design: the design method of low speed and high pressure coefficient is adopted, and the noise is low.

High efficiency: large flow, stable operation, low power consumption and high efficiency.

Reasonable structure: reasonable design and convenient use.

Explosion-proof performance: suitable for occasions with explosion-proof requirements, and the explosion-proof grade can reach ExdⅡCT5.

Strong adaptability: suitable for various working environments, including industrial and mining enterprises, civil buildings, light industry, metallurgy, hospitals, power stations, transportation, food and so on.

Working Principle:

When the rotor (impeller) of an axial fan rotates, the blades draw air in, the air is guided by the blades into the casing, the air is cut when the blades come into contact with the casing, and the air is discharged out of the end of the blades when the blades move to the end.

 The design and size of the blades determine the flow rate and performance of the fan. The thickness of the blades, the angle of the curved blades and the wheelbase of an axial fan affect the performance indicators of many devices, such as noise, temperature and a wide range of applications, whether they be in mechanical, electrical or chemical engineering.

Drawing: