Trilliant™ HC Healthcare Thermoplastics
Trilliant™ HC Healthcare Thermoplastics are specifically formulated to meet the high-performance material requirements of medical device manufacturers as well as demonstrate compliance with various regulatory bodies. These customizable formulations can replace traditional materials such as FR PC/ABS, FR PC/PET and FR COPE, offer improved chemical resistance to common disinfectants, achieve a UL 94 V-0 at 1.5 & V-1 at 0.75 flame rating when necessary, and can often be molded in existing PC/ABS tooling. With its improved long-term resistance to harsh disinfectants such as Virex® Tb, CaviCide™, Vesphene® IIse, and Super Sani-Cloth®,¹ Trilliant™ HC can help medical equipment manufacturers extend the overall service life of their devices.
Available in both natural and standard medical pre-colored products, the Trilliant HC family of materials are formulated without BPA ingredients.
¹Virex® is a trademark of Diversey, Inc.; CaviCide™ is a trademark of Metrex Research, LLC; Vesphene® is a trademark of Steris Corporation; and Sani-Cloth® is a trademark of Professional Disposables International, Inc.
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|Product Series||Applications||Description / Product Features|
|Trilliant™ HC8910 and HC8920||Medical Device Housings||Chemically resistant polymers formulated to withstand exposure to harsh chemicals and hospital-grade disinfectants|
|Trilliant™ HC8910 GF Polyketone||Biopharmaceutical manufacturing clamps||Glass-filled polyketone (PK) formulations (10-30%) offer a nylon alternative with excellent chemical resistance, high temperature performance, and good wear resistance|
|Trilliant™ HC 5210 Series||Pipette Tips||Electrically conductive thermoplastics specifically formulated with a unique combination of electrical conductivity, mechanical properties and processability|
|Trilliant™ XR||MRI, X-ray and CT Scanner Components||Customizable, high-density polymer composite formulated to replace lead. Delivers radiation shielding performance comparable to lead|
|Chemically Resistant Polymers for Next Generation Devices||White Paper||Examine the damaging effects chemicals can have on the plastic components and learn about preventing environmental stress cracking in consumer and healthcare applications||View|
|Conductive Pipette Tips - Case Study||Case Study (Brief)||Trilliant™ HC Conductive Formulation offered consistent electrical conductivity and provided high flow grade to conductive pipette tips||View|
|Continuous Glucose Monitor – Case study||Case Study (Brief)||Healthcare device OEM benefitted from single source supplier for pre-colored solutions, Trilliant™ HC thermoplastics, and regulatory support||View|
|Disinfectant Resistance for Medical Device Housings - Case Study||Case Study||Manufacturer boosts disinfectant resistance for medical device housings using Trilliant HC High Performance Formulations||View|
|Disinfectant Resistant Trilliant™ and Versaflex™ HC Materials - Program Bulletin||Application Bulletin||Learn how chemically resistant Trilliant™ HC thermoplastics and Versaflex™ HC TPEs provide enhanced durability to withstand common hospital cleaners and disinfectants||View|
|Medical Device Disinfection: How to Prevent Cracking and Crazing||Technical Literature||Understand the material compatibility with common disinfectants of various materials used in healthcare applications||View|
|Medical Device Housing – Case Study||Case Study (Brief)||Trilliant™ HC8900 thermoplastics delivered superior chemical resistance after exposure to hospital-grade disinfectants||View|
|Pipette Tips - Case Study||Case Study||Conductive pipette tip manufacturer uses Trilliant™ HC specialty formulations to increase savings, processing ease, toughness and performance||View|
|Specialty Engineered Materials for Healthcare - Product Selection Guide||Product Selection Guide||View our portfolio on specialty engineered materials for healthcare||View|
|Specialty Engineered Materials for Healthcare - Product Selection Guide (Chinese)||Product Selection Guide||View our portfolio on specialty engineered materials for healthcare (Chinese language version)||View|
|Surgical Stapler Housing - Case Study||Case Study (Brief)||Delivered durable and aesthetically pleasing specialty polymer with the added benefit of processing flexibility without retooling||View|
|Trilliant™ Electrically Conductive Formulations for Pipette Tips - Application Bulletin||Application Bulletin||Explore how Trilliant™ conductive formulations help solve the performance challenges for pipette tip applications||View|
|Trilliant™ Electrically Conductive Formulations for Pipette Tips - Application Bulletin (Chinese)||Application Bulletin||Explore how Trilliant™ conductive formulations help solve the performance challenges for pipette tip applications (Chinese language version)||View|
|Trilliant™ HC8910 & HC8920 - Processing Guide||Processing Guides||Injection molding parameters including barrel temperatures, melt and mold temperatures, drying conditions, and processing guides for Trilliant™ HC8910 and HC8920||View|
|Trilliant™ HC Glass-Filled Polyketone Formulations - Product Selection Guide||Product Selection Guide||Explore available glass-filled grades and colors for biopharmaceutical applications||View|
|Trilliant™ HC Micro Wells - Case Study||Case Study (Brief)||View|
|Trilliant™ HC Thermoplastics and Versaflex™ HC TPEs for Surgical Stapler||Webinars & Videos||View|