3D Molding and Design Services from Avient Design: These services accelerate product development with advanced design simulation and 3D printing technologies to provide accurate predictions of performance, as well as cost-effective and functional prototypes to help optimize part design.  

Avient can help, from concept to finished component.

From anti-fog additives that allow clarity in films to low retention additives that repel water or other liquids, surface modification solutions can help to reduce costs, improve manufacturing efficiencies, and enhance overall product quality and value. Additive technologies that can give your product needed protection from light

OnColor™ Naturals is a range of colorants made with natural pigments derived from plants, flowers, roots, and minerals.  Learn more about a range of colorants made with natural pigments derived from plants, flowers, roots and minerals.

There is often a need to enhance functionality, from improving conductivity to dissipating static charge.   Choose from halogenated or non-halogenated flame retardant formulations to help mitigate fire hazards. 

Biopolymers generally derive from renewable sources such as plants, corn, wheat, straw, and sugar cane.

Biopolymers generally derive from renewable sources such as plants, corn, wheat, straw, and sugar cane.

From specialty coating and yarn treatments, to polymer jacket extrusion and FRP pultrusion, these processes allow us to customize fiber performance to meet your specific application needs. Unique characteristics and properties you can’t get from twisted and roved yarns

From boat decks to RV bunks, and shipping containers to military shelters, our high fiber volume, glass-reinforced thermoplastic panels, continuous resin transfer molding (CRTM™) thermoset sandwich panels and ballistic resistant panels can streamline production, decrease system costs, and reduce weight across a wide range of applications. Constructed to provide any facility with the latest in military grade protection from armed attackers

From handheld tools to operating room equipment to PPE, these applications come into direct contact with human bodies and fluids, making them highly prone to contamination and degradation while requiring high precision and efficacy.