Factors Affecting Silent Performance and Optimization Solutions

The noise reduction effect of universal wheels is mainly affected by three factors: wheel body material, bearing type, and bracket structure. Corresponding optimization measures can be taken for different noise reduction needs.

Mar 30,2026

The noise reduction effect of universal wheels is mainly affected by three factors: wheel body material, bearing type, and bracket structure. Corresponding optimization measures can be taken for different noise reduction needs. The material of the wheel body is the core: rubber wheels and PU wheels have good elasticity, low impact force when in contact with the ground, and the lowest noise (usually ≤ 50dB), suitable for noise sensitive scenarios such as offices, hospitals, and homes; Nylon wheels and cast iron wheels have high hardness and generate significant vibration and friction noise when in contact with the ground (usually ≥ 60dB), making them only suitable for industrial workshops and other scenarios with low noise requirements. In terms of bearing types, ball bearings (such as deep groove ball bearings) have low rotational resistance and noise levels 10-15 dB lower than sliding bearings, making them the preferred choice for silent design; If you need to further reduce noise, you can choose ball bearings with sealed covers to prevent dust from entering and reduce friction noise. The optimization of the bracket structure can also improve the noise reduction effect: using a stamped integrated bracket to reduce vibration at the joint of components; Add cushioning pads (such as rubber pads, PU pads) at the connection between the bracket and the wheel body to absorb the impact force during driving; The wheel surface is designed with honeycomb or anti slip patterns to reduce friction noise with the ground. In addition, keeping the ground clean during use and avoiding crushing stones and debris on the wheel surface can effectively reduce noise.

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