Versaflex™ CF 6668 formulation is specially developed for the manufacture of co-extruded surface protective films with low adhesion build-up (Chinese language version) Versaflex™ CF 6668 formulation is specially developed for the manufacture of co-extruded surface protective films with low adhesion build-up (English language version) Edgetek™ ET9600 material allowed surface mount technology (SMT) for an innovative 3D antenna design

Versaflex™ CF 6668 formulation is specially developed for the manufacture of co-extruded surface protective films with low adhesion build-up (Chinese language version) Versaflex™ CF 6668 formulation is specially developed for the manufacture of co-extruded surface protective films with low adhesion build-up (English language version) Edgetek™ ET9600 material allowed surface mount technology (SMT) for an innovative 3D antenna design

Developed to help preserve high-touch surfaces, these TPE formulations help to extend useful life of molded parts for consumer goods, packaging and automotive applications. By protecting the finished part from microbe growth, these formulations combine the exceptional performance properties of well-known GLS TPEs with the benefits of antimicrobial technologies, including preserved surface integrity, minimized odors, and increased product durability for a better customer experience. Preserves surface integrity

OUR FUTURE. Our people are our future. We may experience operating problems with our information systems as a result of system failures, viruses, computer hackers or other causes.

WHY LFT FOR BRACKETS & LATCHES Reduced System Costs • High volume production efficiency due to injection molding (shorter cycle times) • Reduced secondary operations (no welding, surface treatments, etc.) Weight Reduction • LFT has lower density vs. metal, but still meets structural performance requirements • Lightweighting helps meet sustainability goals related to lower fuel consumption and extended vehicle range Design Flexibility • Injection molding allows for complex geometries and part consolidation • Advanced modeling and computer-aided engineering (CAE) tools for long fiber composites help validate and optimize part design APPLICATION BULLETIN COMPARING PRODUCTION COST DRIVERS Cast Metal Stamped Metal Long Fiber Composite Material typically used Aluminum Steel Various base resins based on environmental conditions Casting X Stamping X Injection Molding X Machining X Not typically needed as LFT is a one-step process Drilling X Welding X Surface Treatments X X po st -p ro ce ss pr oc es s MATERIAL CHARACTERISTICS Characteristic Long Fiber Composite Aluminum Steel Specific Gravity (g/cc) 1.03–1.71 2.76 7.8–7.9 Specific Strength (Strength-to-Weight ratio) Excellent Good Poor Stiffness Fair Good Excellent Toughness/Fatigue Excellent Fair Fair Creep Good Excellent Excellent Corrosion Resistance Excellent Good Poor Temperature Range Performance Good Excellent Excellent Cycle Time Excellent Good Poor Design Freedom (i.e., complex geometry, part consolidation) Excellent Fair Fair Raw Material Cost Poor Good Fair Total Production Cost Good Fair Fair pr od uc ti on pe rf or m an ce Avient offers a range of customizable long fiber reinforced structural material solutions and design support for your metal-to-plastic conversion projects

A passing result for this method is >2 log reduction, indicating at least 99% of the bacteria on the surface were killed over the course of 24 h. The surface of both the agar and the sample was inoculated by spraying with the aforementioned spore suspension. The agar was rinsed from the surface, and the samples were reexamined for the presence of staining.

Drug Delivery Systems Surface Care Surface Protection

Forward-looking statements give current expectations or forecasts of future events and are not guarantees of future performance. We undertake no obligation to publicly update forward-looking statements, whether as a result of new information, future events or otherwise. This system is clean and the consistency of colored parts from shot to shot is excellent… We want to purchase more dosers now.”

We remain very grateful for the work of healthcare professionals, first responders everywhere and those dedicated to helping the world combat and recover from the virus." Forward-looking statements give current expectations or forecasts of future events and are not guarantees of future performance. We undertake no obligation to publicly update forward-looking statements, whether as a result of new information, future events or otherwise.

Characteristic GlasArmor Thermoset Panels ThermoBallistic Thermoplastic Panels Steel Concrete Performance-to-Weight            Bullet Resistance – Pistols           Bullet Resistance – Rifles    NA1     Temperature Performance        2         UV Resistance       3         Electrical Conductivity              Flame Retardance    5   4         Ease of Installation             1 Ballistic resistance to rifle fire can be achieved by layering ThermoBallistic and GlasArmor panels – contact Avient 2 ThermoBallistic panels made with polypropylene resin systems 3 UV resistance is achieved using surface polymeric films 4 Flame retardant additives can be incorporated upon request under some circumstances 5 Fire rated for 1-hour per ASTM E-119-09c when tested in an interior wall system Compare the different materials used for ballistic protection https://go.avient.com/BallisticProtection?