KEY CHARACTERISTICS • Provides laser marking options of silicone materials • Eliminates the needs for etching and embossing • Faster and cleaner than pad printing • High contrast, permanent markings • Mechanical properties of the silicone matrix are maintained • Compatible with various types of lasers • Chemically resistant • Available in pre-colored or natural MARKETS AND APPLICATIONS Silcosperse LM Laser Marking additive dispersions are suitable for a variety of applications within industries such as: • Consumer Goods • Electronics • Healthcare • Industrial • Transportation • Wire & Cable Typical applications and purposes include: • Traceability, UPC bar-coding, branding • Unique Device Identification (UDI), medical device ID’s • Serialization for pharmaceutical packaging • Safety taggants & equipment • Automotive components • Wire & cable part numbers or gauge size www.avient.com Copyright © 2020, Avient Corporation. Values reported as “typical” or stated without a range do not state minimum or maximum properties; consult your sales representative for property ranges and min/max specifications. Processing conditions can cause material properties to shift from the values stated in the information.

PROFILE/SHEET EXTRUDER R A I L S A N D K I C K P L A T E S • Convert existing PVC profile and sheet rails and kick plates to polyolefin resin to meet Class A fire safety (ASTM E84) • Provide a system that meets healthy building certifications and approvals • Utilize a more sustainable flame retardant technology, removing brominated or halogenated flame retardants from the environment • Achieve non-compromising performance in aesthetics, impact, dimensional stability, CLTE, and E84 testing • Provided broad flame retardant platform, backed by extensive application and industry expertise, to meet global flammability standards • Has largest UL94 recognized Prospector membership with HB, V-0, V-1, V-2 and 5VA/5VB ratings, and broad glow wire performance products • Included in-house UL certified labs and manufacturing locations to perform UL94 material sampling and testing • Supported application development to meet fire safety standards, address current or emerging healthy building codes, smart home requirements, and LEED credits • Offered custom formulations in small lot quantities Cesa™ Flam Non-Halogen Flame Retardants KEY REQUIREMENTS WHY AVIENT?

More than 90% of large, publicly-traded companies in the United States report ESG metrics (McKinsey & Company). Strategic disclosures: generally associated with stating short-term and long-term ESG goals. If you would like to learn more about how Avient chooses sustainable suppliers, check out our Supplier Code of Conduct.

More than 90% of large, publicly-traded companies in the United States report ESG metrics (McKinsey & Company). Strategic disclosures: generally associated with stating short-term and long-term ESG goals. If you would like to learn more about how Avient chooses sustainable suppliers, check out our Supplier Code of Conduct.

In this case, the spiral flow test was conducted using two different injection speeds (3 in/sec and 5 in/sec). With specific formulations, flow lengths of up to 40 inches (at 5 in/sec injection speed) are possible. As stated earlier, GLS TPEs are shear responsive.

Product Name Material/ Product Code Type Initiation Temp, C Optimum Gas Yield Temp, C Gas Yield Range, cc/g Uses/ Applications Usage Resins POWDER Hydrocerol BIH PEAUFF Endo 140 160 140–150 • Weight reduction • Sink mark removal • Warpage reduction EVA, polyethylene, PE copolymers, TPEs/TPOs, PVC Hydrocerol Compound EMASAD Endo 140 200 135–145 • Weight reduction • Sink mark removal • Warpage reduction Polyethylene, polypropylene, TPEs/TPOs, styrenes, acrylics, TPUs, POM, PVC Hydrocerol HK EMA0766025 Endo 200 210 135–145 • Weight reduction • Sink mark removal • Warpage reduction Polypropylene, styrenes, acrylics, polyamides Hydrocerol 1480 EMA0766027 Endo-Exo 140 180 240–259 • Weight reduction • Sink mark removal • Warpage reduction EVA, polyethylenes, PE copolymers, TPEs/TPOs, styrenes, acrylics, PVC Product Name Material/ Product Code Type Initiation Temp, C Optimum Gas Yield Temp, C Gas Yield Range, cc/g Uses/ Applications Usage Resins MASTERBATCH Hydrocerol 862 PLASAD Endo 140 160 10–20 • Sink mark removal • Warpage reduction EVA, polyethylene, PE compolymers, TPOs/TPEs Hydrocerol BIH-40-E PLASAF Endo 140 160 55–65 • Weight reduction • Sink mark removal • Warpage reduction EVA, polyethylene, PE compolymers, TPOs/TPEs Hydrocerol 1004 PEAUFQ Endo 140 160 80–90 • Weight reduction EVA, polyethylene, PE compolymers, TPOs/TPEs Hydrocerol CF-5-E PEASCF Endo 140 200 5–10 • Sink mark removal • Warpage reduction Polyethylene, polypropylene, TPEs/TPOs, styrenes, acrylics, TPUs, POM Hydrocerol 1602 PRASAD Endo 140 200 50–60 • Weight reduction • Sink mark removal • Warpage reduction Polyethylene, polypropylene, TPEs/TPOs, styrenes, acrylics, TPUs, POM Hydrocerol PEA0820021 PEA0820021 Endo 140 200 25–35 • Weight reduction • Sink mark removal • Warpage reduction Styrenes Hydrocerol PEA08200095 PEA0820095 Endo-Exo 140 180 100–120 • Weight reduction • Sink mark removal • Warpage reduction PVC Hydrocerol ITP-820 PRAN698588 Endo 200 210 5–10 • Sink mark removal • Warpage reduction EVA, polyethylene, PE copolymers, TPEs/TPOs, PVC Hydrocerol HK-40-E PLASAH Endo 200 210 55–65 • Weight reduction • Sink mark removal • Warpage reduction Polyethylene, polypropylene, TPEs/TPOs, styrenes, acrylics, TPUs, POM, PVC Hydrocerol CT-3205-B OMA0698633 Endo 200 210 50–60 • Weight reduction • Sink mark removal • Warpage reduction PLA Hydrocerol 1135 PEAN698616 Exo 170 190 20–30 • Sink mark removal • Warpage reduction Polyethylene, polypropylene, TPEs/TPOs, styrenes, acrylics, TPUs, POM Hydrocerol 8418M PHA0698418 Exo 170 190 50–60 • Weight reduction • Sink mark removal • Warpage reduction Polyethylene, polypropylene, TPEs/TPOs, styrenes, acrylics, TPUs, POM Product Name Material/ Product Code Type Initiation Temp, C Optimum Gas Yield Temp, C Gas Yield Range, cc/g Uses/ Applications Usage Resins MASTERBATCH Hydrocerol 141 PEASCH Exo 200 210 10–20 • Sink mark removal • Warpage reduction Polypropylene, styrenes, acrylics, polyamides Hydrocerol 1191 PRAN698433 Exo 200 210 55–65 • Weight reduction • Sink mark removal • Warpage reduction Polypropylene, styrenes, acrylics, polyamides Hydrocerol NBA0820012 NBA0820012 Exo 240 260 25–35 • Weight reduction • Sink mark removal • Warpage reduction Polyesters, high-temperature resins Hydrocerol XH-901 SAASCC Exo 240 260 30–40 • Weight reduction • Sink mark removal • Warpage reduction Polycarbonate blends, polycarbonate, high-temperature resins Hydrocerol 1376-4 PRAN698541 Endo-Exo 200 210 90–100 • Weight reduction • Sink mark removal • Warpage reduction Polypropylene, styrenes, acrylics, polyamides, PVC LIQUID Excelite FA-37 CC10212522 Endo-Exo 120 140 65–75 • Weight reduction/ WPC Polyethylene Excelite PF-1 CC01053625 Endo-Exo 120 140 55–65 • Weight reduction Vinyl Excelite FA-185 CC10303252 Endo 140 200 75–85 • Weight reduction • Direct gas assist Polyolefin Excelite Foam PPRO CC10250288 Endo 160 200 50–60 • Weight reduction • Warpage reduction Polypropylene Excelite FA-77 CC10232527 Endo-Exo 120 140 85–95 • Weight reduction/ WPC Polyethylene Excelite FA-108 CC10290626 Endo 180 200 55–65 • Weight reduction • Sink mark removal Polyolefin Excelite FA-112 CC10313065 Endo 140 200 50-60 • Weight reduction • Sink mark removal Polyolefin 1.844.4AVIENT www.avient.com Copyright © 2022, Avient Corporation. Values reported as “typical” or stated without a range do not state minimum or maximum properties; consult your sales representative for property ranges and min/max specifications. Processing conditions can cause material properties to shift from the values stated in the information.

Formulations are heavy metal-free and manufactured using state-of-the-art pigment dispersion techniques that improve homogenization and color distribution during injection molding.

By increasing the use of scrap or recycled PET material generated during extrusion of products such as BOPET film, PET sheet and fiber, you can avoid complex and expensive solid state processing and improve your sustainability profile.

Produced using state-of-the-art manufacturing techniques, these specialized formulations can help you improve product quality and processing efficiency.