Our experts can evaluate materials submitted by your vendors to confirm that they meet your specifications. To learn more about how these services can add value to your next project, contact: Sync design with manufacturability: Learn about how Avient Design can help simplify your new product development process

Can be formulated for injection molding, extrusion or blow molding processes Interior, exterior, under hood or structural components find out how our materials can help. Discover how Avient can help you develop and build nearly any automotive part you need to create.

Let us help you choose an existing formulation or we can design a custom color based on your needs. Our colorants can be produced using a wide variety of specialty base resins from several major manufacturers and suppliers. Pigment strengths can be tailored for specific applications

All of these increases in usage can lead to more wear due to component friction and vibration. This, in turn, can lead to bumps, squeaks and rattles in the interior of the car.   So how can you prevent this premature wear?

Hand-held devices that can be color-coded for easy branding and identification. Formulations that can resist chemicals and disinfectants, helping maintain performance of medical infusion and drug delivery pumps. Hand-held devices that can be color-coded for easy branding and identification.

Yarn producers and textile designers can select colors from a library of approximately 4,000 pompoms at Avient’s Gaziantep site. It creates different visual textures that can look like one color when viewed from a distance but, when viewed close-up, can appear to have a grading effect. Both polypropylene and polyester yarns in mono and three-color yarns can be spun on this line.

Can polymers be used instead of aluminum for Advanced Driver Assistance Systems? Explore how Avient materials can withstand the demanding nature of underhood environments. Watch this video to learn more about engineered solutions that can enable advanced mobility.

As TPU film is widely used as a waterproof or adhesive product layer in outdoor, medical, aviation, marine, and industrial markets, our new grades of Cesa Withstand antimicrobial additives can help limit microbial growth, which can lead to odor, staining, discoloration, or loss of mechanical properties in these applications.” The two new available grades of Cesa Withstand for TPU film can meet the specific anti-bacterial and anti-mold protection needs of medical beds, transparent tent components, and ice bags. Other applications that can be further developed include portable energy storage, protective equipment, outdoor apparel, and air sleeping pads.

PREPERM™ materials can be used in automotive radar antenna covers, radomes, emblems and bumper windows to provide longer beam length and wider beam scanning angles compared to alternative materials. Ultra-low loss PREPERM™ materials can also be used in industrial radars for different types of level detection applications such as those used in the process industry, silos and automated warehouses. Millimeter-wave radar collision prevention systems can be mounted behind vehicle emblems, achieving 20-40% longer beam length compared to alternative materials.

Mevopur Healthcare Bio-based Polymer Solutions are drop-in solutions that can be used the same way as conventional concentrates in the injection molding, blow molding, and extrusion of medical devices and pharmaceutical packaging. Another bio-based solution that can help healthcare manufacturers decrease the carbon footprint of their products is the recently launched Versaflex™ HC BIO thermoplastic elastomer (TPE). Light-weighting solutions that replace heavier traditional materials like metal, glass and wood, which can improve fuel efficiency in all modes of transportation and reduce carbon footprint