Thermoplastic elastomers (TPEs) share a characteristic with thermoplastics in that they become free-flowing when heated and subjected to shear force, only to regain their original structure and stability upon cooling. However, in contrast to thermoset rubbers, TPEs undergo physical cross-linking rather than chemical cross-linking. This physical cross-linking can be reversed by applying heat, allowing for the re-utilization of production waste and easy reprocessing of end-of-life products.

TPEs demonstrate elasticity comparable to cross-linked rubber, with their softness or hardness measured on the Shore durometer scale. Our TPE variants range from ultra-soft, gel-like materials at 0 Shore A to rigid materials measuring up to 65 Shore D, offering a wide spectrum of design flexibility. This adaptability, coupled with high performance and ease of processing, has positioned TPEs as the material of choice for many designers.

Designers across various industries, including automotive, medical, construction, electrical, appliance, packaging, and industrial sectors, are increasingly embracing TPEs. The versatility of TPEs has led to their use in a myriad of applications, and ongoing development continues to uncover new possibilities for their application.