A RANGE OF WORLD-CLASS SERVICES COLOR TECHNOLOGY Custom matching, saturated colors, and special effects to fill market niches, eliminate secondary operations, and strengthen your brand PCR COLOR PREDICTION SERVICE Digital prediction tool illustrating color possibilities and limitations of post-consumer recycled (PCR) content to simplify decision making and shorten time to launch PRODUCT CARBON FOOTPRINT (PCF) CALCULATOR Methodology that evaluates the carbon footprint of Avient solutions, contributing a data point to your overall carbon footprint and supporting credible reporting AVIENT DESIGN A highly specialized group of industrial designers and project engineers that provides advanced design and detailed analysis to foster higher levels of innovation TESTING AND VALIDATION Fully accredited and in-house testing capabilities to generate data for insight into material behavior, environmental effects, and more REGULATORY SUPPORT Dedicated product stewardship team assisting with new product approvals to reduce regulatory overhead and minimize risk COLOR AND ADDITIVE DESIGN SERVICES Trend and color insights along with product development assistance from concept through commercialization to optimize design and gain speed to market RESEARCH AND DEVELOPMENT Long-term strategic solution development that addresses complex and unmet product innovation needs APPLICATION DEVELOPMENT TECHNICAL SUPPORT Technical experts specifically trained to work directly with your team to solve definitive application challenges with new or existing approaches FIELD TECHNICAL SERVICE Onsite support for tool design, startup, and production optimization to gain manufacturing efficiencies and help resolve technical issues Common compliance categories where we can assist: • UL • USP Class VI • ISO 10993 • ISO 1345 • REACH • RoHS • FDA • EU 10/2011 • China GB • MERCOSUR • USP • ISP • CPSIA • Prop 65 ColorWorks™ Design & Technology Centers Our global ColorWorks centers are focused on design, technology, and innovation for plastics.

THE SOLUTION Working with Plastic Bank, Avient expedited its approval as a new supplier, reducing Hager’s project timeline.

ColorMatrix™ Ultimate™ UV390 ColorMatrix™ Ultimate™ UV390R UV Protection Up to 390 nm Up to 390 nm User Convertor Convertor Color Colorless Colorless Recycling Accreditation EPBP APR EPBP* APR* Lightweighting ✘ ✔ Productivity Saving ✘ ✔ * Individual components are EPBP approved Product Type CC Code EU FDA Mercosur China ColorMatrix™ Ultimate™ UV 390 CC01055275 • • • • ColorMatrixw Ultimate™ UV 390R CC10348919 • • • – Food contact uses are subject to regulatory limitations and use conditions COLORMATRIX™ ULTIMATE™ UV TECHNICAL AND REGULATORY INFORMATION

Surface treatments can improve dispersion and interfacial adhesion, or tack, which enhances the physical properties of a part. If adhesion is poor, the composite can fail. Fiber adhesion can be improved by treating or coating the fibers and by adding coupling agents to the formula.

Surface treatments can improve dispersion and interfacial adhesion, or tack, which enhances the physical properties of a part. If adhesion is poor, the composite can fail. Fiber adhesion can be improved by treating or coating the fibers and by adding coupling agents to the formula.

Surface treatments can improve dispersion and interfacial adhesion, or tack, which enhances the physical properties of a part. If adhesion is poor, the composite can fail. Fiber adhesion can be improved by treating or coating the fibers and by adding coupling agents to the formula.

Surface treatments can improve dispersion and interfacial adhesion, or tack, which enhances the physical properties of a part. If adhesion is poor, the composite can fail. Fiber adhesion can be improved by treating or coating the fibers and by adding coupling agents to the formula.

Surface treatments can improve dispersion and interfacial adhesion, or tack, which enhances the physical properties of a part. If adhesion is poor, the composite can fail. Fiber adhesion can be improved by treating or coating the fibers and by adding coupling agents to the formula.

Versollan™ Thermoplastic Elastomers achieved excellent adhesion and improved aesthetics and usability for compartment cover Versollan™ TPEs  were able to provide good adhesion to PCTG and a comfortable, ergonomic grip for a compression controller housing grip Guide to overmolding material selection, part and mold design, material handling and preparation, TPE injection molding, processing, maximizing adhesion and troubleshooting for GLS™ TPEs

Surface treatments can improve dispersion and interfacial adhesion, or tack, which enhances the physical properties of a part. If adhesion is poor, the composite can fail. Fiber adhesion can be improved by treating or coating the fibers and by adding coupling agents to the formula.