High-strength polyurethane sheets (Shore 75–113A) — durable, oil-resistant, and cut-to-fit vibration-damping material Key benefits Durable under heavy loads: High-strength polyurethane resists tearing under repeated bending and sustained pressure, suitable for industrial and workshop use. Oil and wear resistant: Material tolerates oil exposure and repeated use without rapid degradation. Superior vibration and noise reduction: Absorbs over 60% of vibration energy compared with rubber, lowering machine noise and reducing wear on components. Flexible, easy to custom-fit: Available in five thicknesses (1, 2, 3, 4, 5 mm) and can be cut with drills, saws, or hand tools to produce pads, mounts, or protective layers. What makes it stand out Wide hardness range (Shore 75–113A) for reliable load-bearing and resilience. Thin-sheet format lets you fine-tune stiffness and damping by choosing the appropriate thickness. Replaces rubber or springs in many applications such as mold making and vibration buffering, providing longer life and consistent performance. Key specifications Material: High-strength polyurethane Hardness: Shore 75–113A Thickness options: 1 mm, 2 mm, 3 mm, 4 mm, 5 mm Workability: Cuttable with drills, saws, knives, and other common tools Performance: >60% vibration energy absorption vs. rubber Practical applications (use scenarios) 1) Machine mounts and anti-slip pads Cut sheets to size and place under stamping machines, motors, or bench tools to reduce vibration and movement, decrease noise, and protect floors and equipment. 2) Prototype and model making Use as a flexible protective layer or cushioning element in model prototyping and assembly fixtures where repeated bending and oil contact may occur. 3) Maintenance, repairs, and fixtures Fabricate gaskets, machine holders, protective covers, or shock-absorbing spacers during equipment maintenance, automotive tool mounting, or workshop repairs. Installation and tips Choose thickness based on required stiffness and damping: thinner sheets for fine cushioning or anti-slip surfaces, thicker sheets for heavier load-bearing and stronger vibration isolation. Cut with a fine-toothed saw, utility knife, or rotary tool; drill holes cleanly for mounting hardware. Combine layers if intermediate stiffness is needed; sheets bond well when layered for tailored performance. Suitable environments and compatibility Designed for industrial machines, stamping presses, engines, automotive tools, model prototyping, equipment maintenance, workshops, and DIY repairs. Performs well where oil exposure, repeated flexing, and mechanical stress are expected. Reliability and expected outcomes Extended equipment life through reduced vibration and wear. Quieter operation for machines compared with untreated or rubber-mounted setups. Long-lasting, tear-resistant performance for repeated use and harsh conditions.