Home // Sustainability // Sustainability at Avient // Enabling Sustainability // Markets // Protective Materials Dyneema® has one of the highest strength-to-weight ratios of any material on Earth, allowing armor solutions to maintain the highest levels of protection without sacrificing user comfort or maneuverability. Bio-based Dyneema® has a carbon footprint that is up to 90% lower than alternative materials and boasts the same performance as conventional Dyneema®.

Satellite applications demand reliable solutions with low loss dielectric performance that are light weight and offer design freedom for complex shapes. PREPERM™ material solutions, design and prototyping support can help take you from idea to mass production as quickly as possible. ECCOH™ Micromodules and ECCOH™ + Syncure™ 5G Hybrid Cable Insulation + Jacket materials are specifically designed to for optical fiber components.

These specialty adhesive TPE solutions are easy to process and shape, enabling a strong bond with highly elastic fabrics. Compared to those alternative materials, Versaflex TF TPEs also do not include plasticizers, and contain lower volatile organic compounds (VOC) than traditional adhesive solutions, reducing concerns over toxicity. Bio-derived Material for Underwear

Whether you are producing wire insulation or jacketing, film, tubing and profile shapes, or injection molded parts, speak to our team of experts to find the right solution for your needs. Formulations for material performance over 300°F (150°C).

Design factors, such as shape or wall thickness, are certainly important as are other factors, like screw design and line speed, which all influence the choice of materials.

Our textile industry expertise means we can apply existing solutions, and potentially shape new ones, that can contribute to achieving the ZDHC Group’s goals.” PolyOne Corporation, with 2014 revenues of $3.8 billion, is a premier provider of specialized polymer materials, services and solutions.

Identifying features of the various materials used in this study are summarized below in Table 2. All materials were pre-dried and molded to the specifications provided by the manufacturer. Advanced Materials & Processes 2004, 162 (6), 50–53. 4.

Incorporating composite materials in snowboard bindings is not a new concept. Injection overmolding with thermoplastic composite laminates combines the advantages of injection molding—the ability to create complex shapes and fast cycle times—with the lightweight strength and durability of continuous fiber reinforcement. And, unlike thermosets, thermoplastic materials are able to be easily thermoformed to the exact shape required before inserting into the injection mold.

Electrically conductive materials Thermally conducive materials Catheter Materials & Medical Tubing

Thermally conducive materials Heat Sink Material for LED Catheter Materials & Medical Tubing