Unlock Modular Construction Potential with Flame Retardant (FR) Composite Panels Enhancing rPET Quality and Safety Three-Party Strategy for Bottle Manufacturing Enhancing the Circularity of PET Navigating the Challenges of Semiconductor Packaging with Specialty Polymer Solutions Military-Grade Protection for U.S.

For industries where comfort and safety go hand in hand, the world's strongest fiber™ is enabling cut-resistant gloves that are stronger – and lig

New European Fire Safety Standards Met With PolyOne’s ECCOH™ Formulations for Wire and Cable

For industries where comfort and safety go hand in hand, the world's strongest fiber™ is enabling cut-resistant gloves that are stronger – and lighter – than ever. The result is a significant enhancement of comfort, dexterity, and user safety.  It also delivers breakthrough improvements in worker safety, with 6 times higher cut resistance than gloves made from generic HPPE fiber, and a +2 cut level compared to previous generations of Dyneema® fiber.

This webinar will focus on the design, manufacturing, and testing of composite sandwich panels as well as data, predictive tools, and general recommendations for stakeholders working with or transitioning to composite sandwich panels across various industries and applications.

This webinar will focus on the design, manufacturing, and testing of composite sandwich panels as well as data, predictive tools, and general recommendations for stakeholders working with or transitioning to composite sandwich panels across various industries and applications.

This webinar will focus on the design, manufacturing, and testing of composite sandwich panels as well as data, predictive tools, and general recommendations for stakeholders working with or transitioning to composite sandwich panels across various industries and applications.

Compare fiber properties and technical data

This webinar will focus on the design, manufacturing, and testing of composite sandwich panels as well as data, predictive tools, and general recommendations for stakeholders working with or transitioning to composite sandwich panels across various industries and applications.

Enhanced Safety: Polymers can be engineered to provide flame resistance and can reduce the risk of thermal runaway, which is critical for EV battery applications. The weight reduction, enhanced safety, design flexibility, thermal management, cost-effectiveness, and positive environmental impact make engineered polymers a compelling choice for the EV industry.