Moving server racks, medical devices, optical equipment, or fragile goods requires strict vibration control. Floor joints, thresholds, and ordinary warehouse debris create shocks that can disrupt or damage valuable payloads.
Why Rigid Wheels Transfer Shock
Standard polyurethane and nylon wheels can be too hard for vibration-sensitive cargo. When a rigid wheel crosses a crack, the impact travels through the cart frame into the equipment, causing internal misalignment, calibration loss, or broken components.
Industrial Rubber as a Damper
Industrial rubber wheels compress over debris and expansion joints, absorbing impact before it reaches the frame. This damping action helps isolate the payload and reduce vibration damage.
The Trade-Off: Rolling Resistance
Softer wheels absorb more shock but usually require more effort to push. Where carts are moved manually, increasing the wheel diameter can improve leverage and reduce starting and rolling resistance while retaining the rubber tread’s damping benefit.
Send the payload weight, floor condition, required mounting height, wheel dimensions, and travel speed through our project inquiry form to request an application review or test sample.