Excellent Elasticity and Compression Set Resistance: TPV exhibits superior elasticity, capable of rapidly recovering its original shape across a wide range of deformation. Its resistance to compression set is equally outstanding, allowing it to maintain effective sealing and shock-absorbing properties over extended periods.
Wide Temperature Adaptability: It possesses a broad operating temperature range, typically functioning normally within the span of -40°C to +130°C. Under no-load conditions, its high-temperature resistance can reach up to +150°C; simultaneously, it retains excellent flexibility and elasticity in low-temperature environments, remaining resistant to embrittlement and cracking.
Superior Processing Performance: TPV can be processed using standard thermoplastic methods-such as injection molding and extrusion-without the need for specialized equipment. The process is highly efficient, straightforward, and easy to execute; furthermore, its high flowability and low shrinkage rate enable the rapid molding of products with complex geometries.
Outstanding Weather and Chemical Resistance: It boasts exceptional weather resistance, demonstrating strong immunity to natural environmental factors such as UV radiation, ozone, wind, and rain; it is highly resistant to aging, cracking, and discoloration. Additionally, it exhibits excellent resistance to corrosion from water-based acids and alkalis, polar oils, and a wide variety of chemical substances.
Eco-Friendly and Recyclable: TPV is an environmentally friendly material that is fully recyclable. It can undergo multiple recycling cycles without any significant degradation in performance, thereby meeting the modern societal demand for sustainable and eco-conscious materials.