TECAPEEK MT (PEEK Medical) for medical applications are high performance materials with an exceptional profile of medical properties that are predominantly retained at high temperatures above 100°C. Medical grade plastics such as Ensinger's TECAPEEK MT show excellent resistance to typical sterilisation methods. Combined with very good chemical resistance, Ensinger's PEEK materials offer the greatest possible safety for medical applications. PEEK materials for medical applications (TECAPEEK MT from Ensinger) have been specially developed to meet the requirements of materials used in medical technology. The applications are diverse and range from the orthopaedic market with joint reconstruction and trauma segments to surgical instruments, dental applications and many more.
Whether you choose TECAPEEK MT, TECAPEEK MT CF30 or TECAPEEK MT CLASSIX Ensinger offers just the right product for every application.
Our MT Portfolio also includes PEEK composite material.
TECAPEEK MT rods and plates can be ordered in a wide range of colour options and dimensions. Our vast range of stock offers our customers just-in-time delivery and reduces supply chain leadtimes. The different colours allow greater flexibility when designing your applications, e.g., to easily distinguish between different instruments and sizes or differentiate from competitiors' products by colour branding.
For applications that require a very high level of rigidity and creep strength, but still need to be biocompatible, we offer TECAPEEK MT CF30 black. Carbon fibre reinforced PEEK demonstrates very high mechanical strength and has excellent resistance to hydrolysis in boiling water and superheated steam.
Ensinger TECAPEEK MT CLASSIX is used to address the most stringent demands imposed on medical devices with direct contact to tissue or mucous membrane, and indirect contact with blood for up to 30 days. The contact period can be extended to up to 180 days for healing caps, provisional abutments and gingival formers used during the healing phase of dental implants, permitting efficient and cost effective use of this material for dental components.