Medtec China 2026: KRAIBURG TPE Medical & Healthcare TPE Solutions
Looking for medical-grade TPE solutions for healthcare applications? Discover KRAIBURG TPE’s THERMOLAST® H and THERMOLAST® M Series at Medtec China 2026, featuring biocompatible materials, strong adhesion, and reliable performance for medical devices.
KRAIBURG TPE, a global manufacturer of Thermoplastic Elastomers (TPE), will exhibit at Medtec China 2026 from September 1–3, 2026, at the Shanghai New International Expo Centre (SNIEC), Shanghai, China, Hall N1, Booth 1C209.
Medical device manufacturers require materials that combine safety, performance, and sustainability. At the upcoming medical exhibition in China, KRAIBURG TPE will present its Medical and Healthcare TPE solutions, including the THERMOLAST® M and THERMOLAST® H Series for a wide range of medical device applications.
Book a Meeting with Our TPE Experts
Connect with our experts at MEDTEC China 2026 to explore innovative TPE solutions. Schedule a one-on-one consultation here: Appointment Form.
Strong Adhesion and High-Performance Material & Application
KRAIBURG TPE provides high-performance TPE solutions for medical device manufacturers. Our medical-grade TPEs are biocompatible materials for the medical industry, providing soft-touch comfort, excellent flexibility, and efficient processing through injection molding or extrusion for a wide range of healthcare applications.
Our TPE compounds offer excellent bonding to PP, PE, ABS, PC, and PET/PETG for efficient multi-component molding and greater design flexibility.
Depending on the grade, the materials comply with GB 4806.7-2023, EU No. 10/2011, and FDA 21 CFR requirements, and are tested for cytotoxicity according to GB/T 16886.5 and ISO 10993-5.
Typical medical applications include:
- Dental technology: Safe, biocompatible and ergonomic thermoplastic rubber solutions for dental instruments, tools, and equipment.
- Hoses and tubing: Flexible, kink-resistant TPE tubing and TPE extrusion materials for fluid tube applications for reliable fluid management.
- Lids, closures, and membranes: Medical plastics with excellent resealing performance and dependable barrier properties.
- Needle shields: Protection for delicate components with reliable structural integrity.
- Syringe gasket: Medical sealing solutions with smooth operation and precise dosing control in syringe systems.
- Valves and seals: Outstanding sealing performance and chemical resistance for critical flow-control applications
Our Commitment to Quality
Visit KRAIBURG TPE at Medtec China 2026, a leading China exhibition for the medical device industry, to explore its latest Medical and Healthcare TPE solutions. KRAIBURG TPE develops high-quality, compliant TPE materials for medical devices and healthcare applications worldwide. Through close collaboration with customers, the leading TPE manufacturer delivers advanced material solutions that meet the requirements of medical device manufacturers.
Disclaimer: The applications mentioned are illustrative of material capabilities only. Final product suitability and regulatory compliance must be assessed and validated by the customer.
FAQ
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What medical device applications are KRAIBURG TPE’s medical-grade compounds suitable for?
1KRAIBURG TPE’s medical-grade TPE compounds are suitable for a wide range of healthcare applications, including dental tools, hoses and tubing, lids and closures, membranes, needle shields, plunger seals, valves, grips, and wearable medical devices. The materials offer excellent flexibility, reliable processing, and consistent performance.
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Are KRAIBURG TPE’s medical-grade compounds suitable for prolonged skin contact?
1Yes. Selected KRAIBURG TPE’s medical-grade compounds are suitable for single-use and multi-use medical devices involving prolonged skin contact of less than 30 days, depending on the grade. The compounds are tested according to relevant biocompatibility standards, including ISO 10993-5 and GB/T 16886.5. Consult KRAIBURG TPE's technical team to select the right grade based on your application and regulatory requirements.
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Can KRAIBURG TPE’s medical-grade compounds replace silicone or PVC?
1Yes. Depending on the application requirements, KRAIBURG TPE’s medical-grade compounds can be an effective alternative to silicone or PVC. The materials offer soft-touch properties, excellent flexibility, and efficient processing through injection molding or extrusion, with the added advantage of recyclable thermoplastic processing and simplified manufacturing.
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Are KRAIBURG TPE’s medical-grade compounds free from PVC, phthalates, and latex?
1Yes. KRAIBURG TPE’s medical-grade compounds are PVC-free, phthalate-free, and natural rubber latex-free. The materials are suitable for a wide range of medical and healthcare applications where these substances are to be avoided.
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Why visit Medtec China 2026?
1Medtec China 2026 is one of the leading exhibitions for the medical device industry, bringing together manufacturers, suppliers, engineers, and industry experts to explore the latest innovations in medical technologies, materials, manufacturing, and regulatory solutions. Visitors can discover new products, connect with solution providers, gain insights into industry trends, and find partners to accelerate medical device development.
At Booth N1-1C209, KRAIBURG TPE will showcase its latest Medical and Healthcare TPE solutions, including the THERMOLAST® M and THERMOLAST® H Series, designed for applications such as medical tubing, syringe gaskets, valves, seals, dental devices, and other healthcare components. Visitors can also meet KRAIBURG TPE's experts to discuss material selection, regulatory compliance, and customized TPE solutions for next-generation medical devices.
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What medical raw materials and medical device technologies will be showcased at Medtec China 2026?
1Medtec China 2026 will showcase the latest medical-grade materials, components, and manufacturing technologies. At Booth N1-1C209, KRAIBURG TPE will present its Medical and Healthcare TPE solutions, including the THERMOLAST® M and THERMOLAST® H Series, for a wide range of medical device applications.