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  • Fan Impeller
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller

Fan Impeller

No.Fan Impeller
The impeller is the core component of a fan, and its design and performance have a direct impact on the fan's efficiency, noise level and overall operational effectiveness. Fan impellers can be divided into two main categories, centrifugal and axial, according to the principle of operation, and each type has its own specific application scenarios and design features.
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller
  • Fan Impeller

SPECIFICATION

Centrifugal fan impeller
Characteristics:
Working Principle: The kinetic energy is transferred to the gas by rotating the impeller so that the gas flows out in the radial direction.
Applications: Widely used in air-conditioning systems, industrial ventilation, dust removal systems and other applications that require high pressure head.
Design form:
Front curved blades: Suitable for low pressure and high flow conditions.
Backward curved vane: Suitable for medium pressure and medium flow conditions with high efficiency.
Radial blades: For handling airflow containing particulate matter, such as dust extraction or material conveying systems.

Axial Fan Impellers
Features:
Principle of operation: Airflow enters and exits through the impeller in a direction parallel to the shaft, mainly used for high-flow, low-pressure applications.
Applications: Commonly used in cooling towers, large building ventilation, household appliance fans and other areas.
Design form:
Fixed pitch: Simple structure, low cost.
Adjustable pitch: Able to adjust the blade angle according to the actual demand to optimise performance.

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