Product information:

Noise: 60-70
Blower type: vortex blower
Number of blades: 22
Voltage: 220V-380V
Blade angle: 15
Material: aluminum alloy
Fan pressure: high pressure fan
Air flow direction: both blowing and suction
Pressure: high pressure
Model: 120W/220V (single-phase), 180W/220V (single-phase), 250W/220V (single-phase), 300W/220V (single-phase)

Packing list:

Aerator * 1
Or
Aerator * 1
Adapter plug * 1

Centrifugal Blower – High-Pressure Airflow for Efficient Ventilation

Perfect for Industrial Equipment, HVAC Systems, Electronics Cooling, Workshops, Automation, and Air Handling Applications Worldwide

The Centrifugal Blower is designed for applications that require controlled, high-pressure airflow rather than simple air movement. Ideal for industrial systems, HVAC units, electronic enclosures, machinery cooling, ventilation ducts, and automation equipment, this blower delivers consistent and directional air output. By converting rotational energy into increased air pressure, it supports environments where reliable airflow control, efficiency, and durability are essential.

Description – Centrifugal Blower

The Centrifugal Blower is a mechanical air-moving device engineered to generate airflow by drawing air into the center of a rotating impeller and expelling it outward through centrifugal force. Unlike axial fans that move air in a straight line, centrifugal blowers redirect airflow at a right angle, producing higher pressure suitable for ducted systems and restricted airflow environments.

This design makes the centrifugal blower especially effective in applications where air must be pushed through filters, heat exchangers, narrow channels, or long duct runs. The increased pressure capability allows it to maintain airflow performance even when resistance is present, making it a preferred choice for ventilation and cooling systems that demand reliability.

The blower consists of a housing, impeller, and motor assembly working together to deliver stable airflow. The enclosed housing directs air efficiently while reducing turbulence and energy loss. This controlled airflow improves system efficiency and allows precise air management within enclosed or complex systems.

Centrifugal blowers are widely used across industrial, commercial, and technical environments. In HVAC systems, they support air circulation and temperature regulation. In electronic equipment, they help dissipate heat from sensitive components. In industrial processes, they assist with material handling, drying, and exhaust ventilation.

Durability is a key advantage of centrifugal blower design. Built to operate continuously under demanding conditions, these blowers are engineered for long service life with stable performance. Their construction supports consistent airflow output while managing heat and mechanical stress effectively.

Key selling points include high-pressure airflow, suitability for ducted systems, efficient air control, and robust construction. The centrifugal blower is a dependable solution for applications where airflow precision and pressure capability are critical.

Key Points

High-Pressure Airflow Output

Designed to generate strong air pressure suitable for ducted and restricted airflow systems.

Efficient Centrifugal Design

Uses centrifugal force to move air efficiently with controlled direction and reduced turbulence.

Enclosed Housing Structure

Improves airflow efficiency while supporting stable and predictable air delivery.

Versatile Application Use

Suitable for HVAC, electronics cooling, industrial ventilation, and automation systems.

Benefits

Maintains Airflow Under Resistance

Performs reliably even when airflow paths include filters, ducts, or narrow passages.

Improves System Cooling and Ventilation

Helps regulate temperature and remove heat or exhaust air efficiently.

Supports Continuous Operation

Designed for long-term use in demanding environments without performance loss.

Enhances Overall System Efficiency

Controlled airflow improves thermal management and operational reliability.

Why Choose This Centrifugal Blower?

The Centrifugal Blower stands out because it delivers airflow with pressure and control that standard fans cannot provide. In systems where air must move against resistance or through structured pathways, axial fans may struggle to maintain performance. This blower overcomes those limitations by producing consistent pressure-driven airflow.

For industrial users, it ensures dependable ventilation and cooling in machinery and processing systems. For HVAC applications, it supports effective air circulation and temperature control. For electronics and automation, it protects sensitive components by maintaining steady airflow.

Its enclosed and engineered design allows it to integrate seamlessly into complex systems while delivering predictable results. The robust construction ensures reliability even in environments with continuous operation or elevated thermal demands.

Choosing this centrifugal blower means choosing controlled airflow, efficiency, and long-term reliability. It is a practical solution for systems that require more than basic air movement.

Conclusion

The Centrifugal Blower is an essential airflow solution for applications requiring high pressure, controlled direction, and consistent performance. By using centrifugal force to generate airflow, it delivers reliable ventilation and cooling in environments where resistance is present.

Suitable for industrial equipment, HVAC systems, electronics cooling, and air handling applications, it provides dependable operation and efficient airflow management. Its durable design supports continuous use while maintaining stable output.

For users who need precise, pressure-driven airflow in demanding systems, the centrifugal blower offers dependable performance and long-term value.