Dynamic balancing technology: Say goodbye to vibration and noise in the cooling fan, and radiate long-lasting power

In key scenarios such as industrial equipment, server rooms, and automotive electronics, the stable operation of cooling fans directly determines the lifespan and work efficiency of the equipment. The core secret hidden behind the efficient operation of fans is dynamic balancing technology - it not only completely solves the industry pain points of fan vibration and noise, but also increases the lifespan of fans several times, becoming an essential core technology for high-quality heat dissipation solutions. ​

The vibration and noise caused by fan rotation are rooted in the uneven distribution of blade mass.

Even millimeter level eccentricity errors can generate huge centrifugal forces under high-speed rotation. According to the mechanical formula F=mr ω ², centrifugal force is proportional to the square of the rotational speed, and the higher the rotational speed, the more intense the vibration. This not only produces harsh noise, but also exacerbates bearing wear, leading to premature fan damage and even affecting the stability of surrounding precision equipment. The core of dynamic balancing technology is to accurately correct the mass distribution of the fan blades, so that the center of mass perfectly coincides with the axis of rotation, and the centrifugal force cancels each other out, achieving "zero vibration" rotation. ​​

The cooling fan equipped with dynamic balancing technology has three core advantages

Firstly, with an extremely long lifespan, the radial impact force of the bearing is significantly reduced, the wear rate is reduced by 70%, and the service life is extended from thousands of hours to tens of thousands of hours, significantly reducing replacement costs;

Secondly, ultra-low noise, reducing vibration noise by 3-10dB (A), creating a quiet working environment, suitable for quiet demand scenarios such as computer rooms and medical equipment;

Thirdly, ultra-high stability prevents vibration from being transmitted to the equipment body, ensuring precise instrument data and enabling long-term stable operation of the equipment.