NEWS

External rotor motors, widely used in ventilation, HVAC, refrigeration, and industrial automation, are seeing renewed demand as global manufacturing sectors accelerate investments in energy-efficient equipment. In response to this expanding market, major External Rotor Motor Factory clusters across Asia are upgrading production lines to support higher performance standards and international certification requirements.

Cooling fans are pretty straightforward--they blow air on hot components to cool them down. Sounds simple, but without them, a lot of devices wouldn't last more than a few minutes.

Shaded pole motors are quite interesting.If you've ever taken one apart,you'll see they're much simpler than many other motors—no complex start windings,no centrifugal switch.

An external rotor axial fan is basically a regular motor turned inside out-the rotor is on the outside spinning around the stator.This seemingly simple flip changes the whole game for the fan.

FFU stands for Fan Filter Unit.The motors inside them are different from regular fan motors--they have much higher requirements.They mainly serve places that are really picky about clean air.

Centrifugal fans are different from axial fans.Axial fans just push air straight forward.Centrifugal fans suck air in and then fling it outward,so they generate higher static pressure.This characteristic determines where they end up.

In a groundbreaking move in the electric appliance sector, Jinjiu Electric Appliance has officially inaugurated its new shaded pole motor factory. This innovative facility is designed to enhance production efficiency and meet the growing demand for energy-efficient motors used in a variety of household appliances.

The AC External Rotor Axial Fan is gaining increasing attention in the HVAC, refrigeration, and industrial sectors due to its compact design, high efficiency, and reliable performance. With a rotor located on the outside and the stator fixed in the center, this motor-fan combination offers enhanced torque, smooth operation, and seamless integration with fan blades, making it a versatile solution for modern airflow systems.

As industries worldwide focus on energy efficiency and smarter automation, understanding the differences between AC motors and EC motors (Electronically Commutated Motors) has become increasingly important. Both motor types serve critical roles in appliances, HVAC systems, and industrial machinery, yet they differ significantly in design, performance, and applications.

The EC motor, or Electronically Commutated Motor, is rapidly transforming modern manufacturing and HVAC applications due to its combination of energy efficiency, precision control, and long-term reliability. Unlike traditional AC motors, EC motors integrate brushless DC technology with electronic controllers, enabling smarter operation, lower energy consumption, and superior performance.

The cooling and ventilation sector is witnessing heightened interest in compact airflow components designed for industrial and commercial HVAC systems. Among the latest devices gaining traction is the Square Frame Fan, recognized for its versatile structure, enhanced airflow direction control, and compatibility with narrow installation spaces.

The global cooling equipment sector is undergoing rapid transformation as demand increases for compact, energy-efficient airflow solutions. Among the standout products attracting industry attention is the Outer Rotor Axial Flow Cylindrical Fan, a newly favored component for HVAC units, industrial ventilation systems, refrigeration equipment, and air handling facilities.