SynPlicity™ 1000 cosmetic ester provides an excellent balance of performance and durability for nail polish formulations in a highly-efficient, non-phthalate and bio-based alternative to petroleum-derived plasticizers. SynPlicity™ 1000 cosmetic ester can help you achieve plasticizer usage levels and performance characteristics comparable to DBP, BBP and other high solvating plasticizers with a 94% bio-based, non-phthalate alternative. SynPlicity™ 1000 can also be used in combination with conventional plasticizers.

Antimony trioxide has the unique ability to make halogen-based plastic additives more effective in reducing the flammability of the finished plastics. ATO is only used as an industrial intermediate in manufacturing locations designed for the handling of plastics and chemicals. USES AND APPLICATIONS Antimony trioxide is predominantly used in plastics where resistance to ignition and flammability are required.

Industrial Valle del Cinca S/N Apartado E-22300 Barbastro Spain Berea, OH Liquid Colorants and Additives for Plastics , 680 N. No:8 34538 Esenyurt Turkey Gaggenau, Germany Design and Manufacture of Specialty Engineered Thermoplastics Adolf-Dambach-Str. 2 76571 Gaggenau Germany Glendale, AZ Manufacture of Colorants for Plastics 7601, North Glen Harbor Blvd. Ezcabarte calle H Nº3 31194 Oricain Spain Toluca, Mexico Design and manufacture of colorants for plastics AV.

Sustainability Spotlight Hydrocerol™ Chemical Foaming Agents Reflection electron microscopy (REM) view of foamed plastic Hydrocerol Chemical Foaming Agents are supplied as concentrates CHEMICAL FOAMING AGENTS (CFAs) are chemical substances that react under the influence of heat to release gas into the plastic matrix during the manufacturing process of plastic parts. The gases form a cellular foam structure in the plastic that reduces the amount of material needed and hence the part’s weight. The portfolio includes non-hazardous endothermic substances that require minimum cooling of the plastic parts after manufacturing.

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TECHNICAL PROPERTIES(1) TEST METHOD Edgetek™ ET8900-0011 HI UV NAT Edgetek™ ET8900-0012 HI UV White Edgetek™ ET8900-0013 HI UV Black Physical Density/Specific Gravity ASTM D792 1.13 g/cm3 1.15 g/cm3 1.13 g/cm3 Molding Shrinkage - Flow ASTM D955 1.4–2% 1.4–2% 1.4–2% Mechanical Tensile Strength (Yield) ASTM D638 5,900 psi 5,800 psi 5,800 psi Tensile Modulus(2) ASTM D638 169,000 psi 161,087 psi 176,000 psi Flexural Modulus(3) ASTM D790 187,000 psi 190,985 psi 188,000 psi Impact Notched Izod Impact 73°F (23°C), 0.125 in ASTM D256A 17.3 ft-lb/in 16.5 ft-lb/in 16.5 ft-lb/in Notched Izod Impact -22°F (-30°C), 0.125 in ASTM D256A 3.2 ft-lb/in 3.0 ft-lb/in 3.3 ft-lb/in Thermal (HDT) 66 psi (0.45 MPa), 0.125 in ASTM D648 121°C 135°C 129°C NORTH AMERICA GRADES (1) Data based on single lot of lab generated samples.

This literature shall NOT operate as permission, recommendation, or inducement to practice any patented invention without permission of the patent owner. 1.844.4AVIENT www.avient.com TEST STANDARD UNIT SYNCURE™ XLPE S1054A ROHS NATURAL Specific Gravity ASTM D1505 – 0.919 Melt Flow Index, 190°C/2.16kg ASTM D1238 g/10min 1.045 Tensile Strength at Break ASTM D638 psi 2500 Tensile Elongation at Break ASTM D638 % 450 Delta Torque Internal g-m 2154 Moisture Content ASTM D2974 % 0.0004 Gel Content ASTM D2765 % 73 Hot Creep Elongation UL 2556 % 49 Hot Deformation UL 2556 % 6 TECHNICAL PROPERTIES *Gel Content, Hot Creep Elongation and Hot Deformation measured on 95 phr S1054A / 5 phr S100B system, and cured by autoclave for 9 hours

Lower let down ratios (LDRs) also help optimize cash flow and material use.

It is also used as an adsorbing agent in dry powder systems to enhance flow properties.

Fluoropolymers are a family of exceptional, high-performance materials that are widely used today – and for good reason, since they are stable plastics that resist degradation under harsh conditions and are inherently flame retardant. 2 Sina Ebnesajjad, “Introduction to Fluoropolymers,” Applied Plastics Engineering Handbook (Elsevier, 2011) pp 49-60.   3 The Fluoropolymers Division of the Society of the Plastics Industry, Guide to the Safe Handling of Fluoropolymer Resins–Fourth Edition (2005).