STAYING COMPLIANT With an increasing demand for fire safety, new fire- related legislation and restrictions have become an expectation.

PRODUCT BULLETIN KEY CHARACTERISTICS • Eliminates electric charges to maintain good product appearance • Creates safer, static-dissipated parts for electronics, packaging, automotive, and military applications • Improves product appeal by reducing static charge-related dust accumulation • Reduces the risk of a potential fire hazard in product environments • Reduces cycle times, maximizes throughput, and lowers operating costs • Can be combined with other additives or colorants into a single masterbatch • Compatible with a variety of processes including blow molding, injection molding, extrusion, and film processing • FDA-approved and bio-based formulations available MARKETS AND APPLICATIONS Cesa Stat Antistatic Additives are suitable for any thermoplastic application that could benefit from reduced static buildup, including: • Automotive under-the-hood components • Automotive dashboards • Electrical connectors & components • Electronic components • Military components • Consumer packaging ARE YOU IN A BATTLE WITH STATIC?

STAYING COMPLIANT With an increasing demand for fire safety, fire- related legislation and restrictions have become an expectation.

These antistatic concentrates can be used to increase the visual appeal of a medical device by avoiding charge-related dust accumulation.

DOCUMENT NUMBER_ SSS-004 CATEGORY DETAIL EC Number 231-545-4 CAS Number 7631-86-9 Chemical Name Silicon Dioxide (SiO2) Structural Formula CHEMICAL IDENTITY Si O O DOCUMENT NUMBER_ SSS-004 HEALTH EFFECTS HUMAN HEALTH SAFETY ASSESSMENT Consumer No human health hazard has been identified relating to this substance.

Improve performance, enhance your capability • Meet higher performance requirements with thermoplastic materials • Reduce part weight • Achieve rapid cycle times • Differentiate with expanded manufacturing and product performance capabilities Dramatically increasing impact resistance and stiffness of molded components—without adding significant weight—means that OEMs can meet increasingly demanding application requirements.

This means new challenges in finding durable materials that can meet all of these needs.

EXCELITE VS POWDER • Enables a greater level of density control, through consistent distribution in the polymer • Simplifies and optimizes resin compounding capabilities (PVC dry blends) • Enables greater control over foaming and expands processing window when re-introducing regrind • Clean and highly accurate dosing process, with fewer of the health and safety concerns that can become apparent with powder CFAs EXCELITE VS PELLET • Being significantly more concentrated, Excelite additive enables lower total cost to foam • Can achieve lower density, less carrier influence • Finer and tighter cell structure through better additive distribution • Improved linear consistency of cell structure as ColorMatrix pumps continually meter output, giving greater stability over material dosing • Improved plant working capital as lower let down ratios means less material is consumed and reduces inventory holdings TECHNICAL SUPPORT • Avient has a market leading service team which understands foaming processes, we assist customers to deliver performance and production efficiencies with Excelite™ technology • Please contact your local Avient representative for additional information on our line of foaming additives www.avient.com Copyright © 2020, Avient Corporation.

In other words, an incredible outdoor experience might mean something entirely different to one adventurer than it does to the next.

FRP data are from tests--nominal fiber stress is at 5% LEL; modulus of elasticity is at mean.