The design flexibility of thermoplastic resins enables the use of high-volume thermal forming manufacturing processes such as compression molding and vacuum forming with CFRTP materials. Thermal Lamination  The Impact: The CFRTP reinforcement improved strength and performance in the high-stress latch area and resolved crash test issues.

The design flexibility of thermoplastic resins enables the use of high-volume thermal forming manufacturing processes such as compression molding and vacuum forming with CFRTP materials. Thermal Lamination  The Impact: The CFRTP reinforcement improved strength and performance in the high-stress latch area and resolved crash test issues.

The design flexibility of thermoplastic resins enables the use of high-volume thermal forming manufacturing processes such as compression molding and vacuum forming with CFRTP materials. Thermal Lamination  The Impact: The CFRTP reinforcement improved strength and performance in the high-stress latch area and resolved crash test issues.

CASE STUDY: THERMA-TECH™ THERMALLY CONDUCTIVE FORMULATIONS Challe nge Accepted. THERMALLY CONDUCTIVE THERMOPLASTICS REDUCE WEIGHT IN VEHICLE LIGHT HEAT SINKS THERMALLY CONDUCTIVE THERMOPLASTICS REDUCE WEIGHT AND DISSIPATE HEAT © 2023, All Rights Reserved Avient Corporation, 33587 Walker Road, Avon Lake, Ohio USA 44012 Interested in learning more about thermally conductive thermoplastics? Traditionally aluminum or zinc aluminum alloys (Zamak) are used for heat sinks due to their high thermal conductivity, which was also the case at Elausa.

By replacing aluminum with Therma-Tech™ thermally conductive polymer in the heat sink,manufacturers can significantly reduce total part weight and optimize production and logistics.

The manufacturer sought high-performance material solutions to create these features and significantly improve the computer user’s experience. The material facilitates two-shot molding, a highly efficient manufacturing process that eliminates time-consuming, high-cost assembly. It offers excellent surface engineering properties such as low wear, reduced friction, high lubricity, and no squeak.

The manufacturer sought high-performance material solutions to create these features and significantly improve the computer user’s experience. The material facilitates two-shot molding, a highly efficient manufacturing process that eliminates time-consuming, high-cost assembly. It offers excellent surface engineering properties such as low wear, reduced friction, high lubricity, and no squeak.

The manufacturer sought high-performance material solutions to create these features and significantly improve the computer user’s experience. The material facilitates two-shot molding, a highly efficient manufacturing process that eliminates time-consuming, high-cost assembly. It offers excellent surface engineering properties such as low wear, reduced friction, high lubricity, and no squeak.

Home // Sustainability // Sustainability at Avient // Products // Markets // Outdoor High Performance & Case Study Outdoor High Performance  Complēt™ & Onforce™ Long Fiber Reinforced Thermoplastics are formulated for demanding applications that require high stiffness and good impact in structural and metal replacement applications. 

CLEVELAND – High-performance Bergamid™ polymer solutions from PolyOne recently received Underwriters Laboratories’ UL 746C (f1) certification, providing electrical components manufacturers a new way to expand their global footprint and market share.  Expanded global formulation ranges are also available with UL746A (resistance to ignition from electrical sources) and UL746B (long-term thermal aging) certifications.   Caption: New UL certification for Bergamid™ high-performance solutions helps manufacturers meet global standards for outdoor electrical devices.