We offer an extensive portfolio of advanced materials engineered to help you solve today’s toughest medical device challenges. From high-performance polymers and films to medical-grade molding materials and chemicals, use the product filter below to quickly identify the materials that meet your specific application and performance requirements.
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Can be formulated into coatings, adhesives, resins, and latexes. Available in a variety of high purity and custom monomers for hydrogel contact and often selected for intraocular lenses. Used in silicone release coatings, scratch resistant surfaces, solvent coatings, and more.
Selected pre-assessments available on resin and stock shapes related to standards for up to 30 days body or tissue contact under USP class VI and/or ISO 10993. Outstanding toughness and impact resistance. Sterilizable via EtO, plasma, gamma and X-ray irradiation.
Selected pre-assessments available on resin and stock shapes related to standards for long term implants under ASTM F648 and/or ISO 9001 and ISO 13485. Compression molding grade UHMW-PE blended with Vitamin E antioxidant often selected for extended-life orthopedic UHMW-PE implants. Customizable crosslinking methods with Gamma, E-Beam and X-Ray potentials to meet customer applications’ requirements. Exceptionally high impact strength, high energy absorption capacity, excellent wear resistant and low coefficient of friction.
Low modulus of elasticity. Hardness range from 70 Shore A to 70 Shore D. Often selected for short and long-term implantable devices.
Inherent low-tack property for pulsatile flow in-situ. Wide range of viscosity/concentration configurations based on specific requirements. Low Thrombogenicity.
Customer applications include artificial heart diagrams, vascular grafts, and other medical coatings.
Often selected for short and long-term implantable devices. Hardness ranging from 75 Shore A to 75 Shore D. Tailored to meet mechanical specifications.
Unique formulation does not require plasticizers or processing oils. Reduced risk of blooming/elution and hardening over time. Softest thermoplastic polyurethane (TPU) available at 60 A Shore hardness.
Easy molding, high flow substitute for rubber, latex, and silicone. Hardness range from 5 Shore A to 75 Shore A. Superior elasticity with no added Phthalate.
Synthesized to provide targeted mechanical properties and enhanced resistance to Environmental Stress Cracking (ESC). Hardness ranging from 75 Shore A to 75 Shore D. Often selected for short and long-term implantable devices.
High impact resistance and strong tear strength. Hardness ranging from 75 Shore A to 75 Shore D. Highly consistent elastomeric performance.
Tailored to meet specific Melt Flow Index ranges. Hardness ranging from 70 Shore A to 70 Shore D. Ease of manufacturability and can be processed using conventional extrusion or injection molding equipment.
Controlled particle sizes. Offers mechanical performance with low rates of fatigue. Supports a broad range of curing options.
DIALED™ carbon fiber delivers high strength and stiffness often selected for lightweight, precision medical components. Excellent fatigue performance, dimensional stability and thermal conductivity often selected for demanding, repeat-use medical applications. Compatible with selected medical sterilization methods, depending on resin system and processing conditions.
Selected pre-assessments available on resin and stock shapes related to standards for up to up to 24 hours body or tissue contact under USP Class VI and/or ISO 10993. Unfilled ULTEM™ PEI base. Excellent sterilization resistance (steam, dry heat, EtO, plasma, gamma, and X-ray). Excellent mechanical, thermal, electrical and dimensional properties.
Customizable to meet specific application needs. High optical transparency and UV resistance. Ability to bond to a variety of substrates.
Designed to control adhesion, stability, and durability while maintaining enhanced reliability under heat, vibration, electrical stress and more. Formulations are tailored to fit the process, substrates, and operating conditions of demanding applications.
Selected pre-assessments available on resin and stock shapes related to standards for long term implants under ASTM F648 and/or ISO 9001 and ISO 13485. Ram-extruded UHMW-PE blended with Vitamin E antioxidant often selected for extended-life orthopedic UHMW-PE implants. Customizable crosslinking methods with Gamma, E-Beam and X-Ray potentials to meet customer applications’ requirements. Exceptionally impact strength, high energy absorption capacity, excellent wear resistant and low coefficient of friction.