Industrial Rubber Shock-Absorbing Pad — 100 × 100 mm (1 piece) Key benefits Reduces vibration and dampens shocks between equipment and mounting surfaces, helping protect sensitive components and improve operating stability. Lowers transmitted noise from motors, compressors, pumps and other industrial equipment. Provides a durable, supportive interface that helps distribute load and minimize wear on mounting points. Product details Size (Length × Width): 100 × 100 mm. Material: Black rubber block. Shape: Square pad. Quantity: 1 industrial shock-damping pad per order. Thickness options: 15 mm, 20 mm, 30 mm, 40 mm, 50 mm (select the thickness that matches your isolation and load requirements). Function and compatibility Designed for vibration isolation and shock absorption in industrial and commercial settings. Compatible with machine feet, compressors, pumps, HVAC units, conveyors, workbenches, cabinets and other equipment where a resilient interface is required. Simple to use: place the pad between the equipment and the floor or mounting plate. No special tools required for basic installation. Performance notes The rubber construction provides resilient energy absorption and helps reduce structure-borne vibration and noise. Different thicknesses allow selection based on desired stiffness and displacement capacity; thicker pads provide greater cushioning and isolation. Typical applications Under a compressor or air pump to reduce vibration transfer to building structure and lower operational noise. Beneath machine feet or a workbench to protect bolted mounting points and improve operational stability. Between conveyor supports and floor or frames to cushion impact and reduce wear on contact surfaces. Ordering tip Choose the thickness that matches your equipment weight and required isolation. One pad is supplied per unit as specified. Materials and care Black rubber construction; keep surfaces clean and inspect periodically for wear or compression set in high-load applications. Replace if pads show significant degradation.