This technology enables packaging manufacturers to create unlimited combinations of color and gloss to design a brilliant metallic look that demands attention. PRODUCT BULLETIN APPLICATIONS • Beverages • Personal Care • Consumer Goods Compatible with: • PET • Injection blow molding TECHNOLOGY COMPONENTS Impress is formulated using an additive that adds a brilliant ultra-glossy appearance to packaging made with semi-crystalline polymers.

OnCap™ laser-marking additive technology made laser marks more visible and indelible to create an overt signal that more easily identified the manufacturer’s genuine products in a difficult-to-simulate fashion. Percept™ anti-counterfeiting technology created an authentication method not visible to the human eye to help lower the financial result of fighting court cases, once the covert authentication was revealed.

The use of typical scavenging and barrier technologies in PET, however, can be a source of contamination to rPET causing yellowing and discoloration of the recyclate over both time and multiple heat histories. The technology can be used with PET or rPET bottles and is suitable for both hot-fill and aseptic filling operations.

Cesa™ Laser Marking Additives Cesa™ Laser Marking additive technology gives manufacturers a new level of control in laser marking polymers with speed and clarity. The additive technology can be custom formulated for specific resin and laser types.

Cesa™ WithStand™ Antimicrobial Additives Cesa™ WithStand™ Antimicrobial technologies counteract bacteria, fungi and microbes to enhance the performance of plastic products and devices. Formulated with organic and inorganic antimicrobial additives, Cesa WithStand technologies are tested to specific log reduction requirements to eliminate or inhibit microbe growth, and protect against microbial degradation, mold and mildew.

Compared to current solvent- based coating technology, co-extrusion film using Versaflex CF has significantly reduced volatile organic compound (VOC) emissions and helps reduce energy consumption by eliminating secondary coating and drying operations. KEY CHARACTERISTICS • High initial adhesion on steel, PMMA, and various other substrates • Stable and low adhesion build-up over time to prevent residue • Low unwinding force for improved efficiency when pasting film • Good gel control • One-step extrusion processing to improve manufacturing efficiency • Reduced VOC emissions compared to current solvent-based coating technology • Can be recycled as a thermoplastic material APPLICATIONS The low adhesion build-up performance of Versaflex CF 6668 TPE makes it ideal for use in protective films for high-end applications including: • Appliance • Household furniture • Building & construction • Automotive PRODUCT BULLETIN www.avient.com Copyright © 2021, Avient Corporation.

From technology portfolios to end markets to geographies and distribution channels, this acquisition made perfect sense. There are significant revenue opportunities generated from the combined color and additive technology strengths of the two legacy companies. Obtain 40% of electricity demand from renewable sources. 100% of technology platform projects will deliver sustainable solutions.

In the dynamic telecommunications industry, 5G (fifth generation cellular network technology) is on the verge of being widely adopted, which will drive demand for 5G-optimized antennas as new infrastructures are rapidly deployed. They are also compatible with SMT (Surface Mounting Technology) methods of circuit board production because they can be formulated with high heat resistance.

This technology also helps achieve superior grip properties, improving haptics for a better sense of touch and feel while remaining UV- resistant, chemical resistant to DEET and oils, and bio-compatible. Along with Avient’s material technologies and formulation expertise, EZR Sport gun grip gauntlets can withstand the elements while maintaining appearance and aesthetics and meeting eco-conscious guidelines.

This technology slows moisture uptake, which allows these composites to retain crucial structural properties longer than standard nylon materials. Long glass fiber formulations using this environmental stabilization technology resolve such aesthetic concerns by providing a smooth, fiber-free finish that is perfect for bringing structural parts out of hiding.