Hardness and Material Hardness: approx. 75 ~ 80 Material: Polyurethane; special formulation resistant to oil, corrosion, solvents, high temperatures and aging Key benefits — why you need this product Long-lasting performance in harsh environments thanks to a high-quality, aging-resistant polyurethane compound Maintains mechanical properties and shape under exposure to oil, solvents and heat, reducing part failure and unplanned downtime Strong wear and corrosion resistance lowers replacement frequency and maintenance cost Versatile mechanical hardness (approx. 75–80) provides a balance of firmness and impact absorption suitable for many industrial uses Function and compatibility Functions well as a wear component (seals, gaskets, bushings, rollers, dampers) in systems exposed to oils, solvents or corrosive atmospheres Compatible with equipment and assemblies that require chemical resistance and dimensional stability at elevated temperatures Suitable for both static sealing and dynamic applications where abrasion resistance and resilience are required Performance highlights Chemical resistance: formulated to withstand oils and a range of solvents without rapid degradation Thermal stability: retains mechanical integrity under higher temperature conditions compared with standard elastomers Aging resistance: maintains flexibility and strength over long service intervals, minimizing creep and hardening Practical use scenarios 1. Automotive or industrial engine compartments — seals and bushings that must resist constant oil exposure and elevated temperatures while preserving fit and function. 2. Industrial processing lines — rollers, guides or dampers in equipment exposed to cleaning solvents or corrosive atmospheres where abrasion and chemical resistance are critical. 3. Outdoor equipment and heavy-duty machinery — components that require long-term resistance to environmental aging, corrosion and mechanical wear. Notes for selection Use the stated hardness and material properties to confirm suitability for your specific application; match dimensions and tolerances to your equipment requirements. For applications with unusual chemical exposure or extreme temperatures, verify compatibility through testing or supplier consultation.