×
News – PC Banner Image




Centrifugal Blower vs Axial Fan: What's the Difference?
4 August, 2026

Centrifugal Blower vs Axial Fan: What's the Difference?

Both terms refer to the same type of impeller structure, differing only in their assembly configuration: A standalone rotating curved-surface impeller without a volute casing is known as a centrifugal impeller; The complete assembly—comprising the impeller paired with a molded volute casing to collect airflow and deliver pressurized air laterally—is called a centrifugal blower (or simply a blower). They operate on the same principle, utilizing centrifugal force to generate high-pressure airflow. View products: TKFAN Centrifugal Fan Product Catalog.

Check more
Industrial DC Blower Guide
3 August, 2026

Industrial DC Blower Guide

An industrial DC blower (DC air blower) is a centrifugal fan equipped with a brushless DC (BLDC) motor. It operates by drawing in air axially and discharging the airflow at a 90-degree angle, thereby generating high static pressure; this distinguishes it from standard axial cooling fans, which only provide low-pressure, straight-line airflow.

Check more
Micro Air Blower Applications
31 July, 2026

Micro Air Blower Applications

Micro-blowers have become an indispensable solution for heat dissipation and airflow in various miniaturized, battery-powered hardware devices, spanning sectors such as medical respiratory equipment, AR/VR wearables, compact embedded computers, and smart home appliances. Compared to small low-voltage axial fans, mini and small blowers offer superior static pressure, compact dimensions, low power consumption, and stable, quiet airflow, effectively meeting the design requirements of modern compact devices.

Check more
Brushless DC Air Blower Benefits
30 July, 2026

Brushless DC Air Blower Benefits

For OEM R&D teams developing medical instruments, automotive electronics, industrial automation equipment, and compact smart devices, standardizing on brushless DC (BLDC) blowers offers long-term benefits unattainable with brushed blowers: extended equipment lifespan, significantly reduced on-site maintenance costs, lower energy consumption, quiet operation, and the absence of electromagnetic interference, alongside intelligent airflow control via PWM/FG signals.

Check more
How Does an Air Blower Work?
29 July, 2026

How Does an Air Blower Work?

Understanding how air blowers work can help equipment designers in the medical, automotive, industrial, and smart home fields make more informed choices. All centrifugal blower fans follow the same energy conversion logic: electricity drives the motor, the rotating impeller accelerates the air using centrifugal force, the spiral casing converts the high-speed airflow into usable static pressure, and finally the airflow is discharged laterally at a 90° angle.

Check more
Industrial Blower: What Is It and Where Is It Used?
28 July, 2026

Industrial Blower: What Is It and Where Is It Used?

Industrial blowers serve as indispensable power components underpinning modern manufacturing, medical equipment, automotive engineering, and automated production lines. As a key category of industrial fans and blowers, industrial air blowers address air supply challenges beyond the capabilities of standard low-pressure fans, finding widespread application in areas ranging from precision medical ventilation equipment to cooling systems for high-resistance packaging machinery.

Check more