Reduce Die Build-Up, Improve Surface Finish They provide lubricity during processing to reduce unwanted die build-up and allow a smooth surface finish. Prevents melt fracture (sharkskin) for a smoother surface finish

Try balancing sensory factors such as color, feel, and surface finish to grab consumer attention. In recent years, Tier suppliers have proposed designs featuring colored textiles in locations typically filled with hard polymer surfaces. The glove box lid, ventilation covers, and even the center console all have been considered as applications that could shift from hard molded polymer to textile surface.

Back Home // Products // Polymer Additives // Surface Modifier Additives // Cesa™ Anti-Block Slip LS Reduces the surface’s coefficient of friction by creating a slightly rougher or smoother surface. Improves flow and reduces the frictional resistance of end-product surfaces, enhancing both appearance and funtion.

It enables the material surface to repel water or other liquids at room temperature. Surface Modifier Additives From anti-fog additives that allow clarity in films to low retention additives that repel water or other liquids, surface modification solutions can help to reduce costs, improve manufacturing efficiencies, and enhance overall product quality and value.

Drug Delivery Systems Surface Care Advanced Driver Assist Systems

Mold Surface Treatment     Hot Runner Systems    System Type

LUXURY CLOSURE MANUFACTURER S P I R I T B O T T L E C A P D I S K • Specific gravity of 2.6 to match incumbent metal weight • Polypropylene-based material suitable for physical vapor deposition (PVD) surface treatment • Provided an easy-to-process material with an excellent surface finish for metallization • Met custom weight target and used a magnetic filler to support the magnetic system in the PVD metallization process • Enabled more design freedom by eliminating metal working Gravi-Tech™ Density Modified Formulation KEY REQUIREMENTS WHY AVIENT?

CLEVELAND – PolyOne Corporation (NYSE: POL), a premier global provider of specialized polymer materials, services and solutions, today introduced two new formulations for automotive interior surfaces and instrument panels: Geon™ VBX 3577 vinyl powder for automotive interior surfaces; and Geon™ VBX 3600 series for instrument panels with seamless airbags. These new materials can improve our customers’ profitability by boosting production rates and lowering total system costs.” VBX 3577 is designed to provide production efficiency improvements for all automotive interior surfaces that require -30°C temperature performance.

Stat-Tech TPEs are well-positioned to perform in applications such as industrial conveyor belts and controllers, ADAS systems and electronic devices. These include: • Industrial – Conveyor belts (food production and pharmaceutical industries) and controls (joy sticks, machinery handles and knobs, corrugated bellows, tool grips) • Electrical and electronic devices – Seals and gaskets, radars and sensors • ADAS components – Camera systems, navigation systems, vehicle control systems, infotainment systems PRODUCT OVERVIEW STAT-TECH SOLUTIONS KEY TECHNICAL PROPERTIES Material Description Base Resin Color Hardness Range Surface Resistivity (Ω) Key Characteristics ST0100-5003 ESD FD White VN8904 GP0F025721 TPU White 85 ShA 108 to 109 High elongation, static conductive, FDA compliance ST0100-5006 ESD X2 Natural TPU Natural 85 ShA 107 to 109 High elongation, static conductive ST0200-5001 ESD Natural X1 TPE Natural 40 ShD 107 to 109 High elongation, permanent anti-static, static conductive SST0200-5004 ESD Black TPE Black 40 ShA 103 to 105 Electrically conductive, static dissipative, lower hardness ST0200-5002 EC ES Black TPE Black 60 ShA 100 to 102 Electrically conductive, high elongation ST0200-5009 EC Black TPE Black 60 ShA 100 to 102 Electrically conductive, high elongation Property Unit Standard Test Methods ST0100-5003 ESD FD White VN8904 GP0F02571 ST0100- 5006 ESD X2 Natural 5001 ESD Natural X1 5004 ESD Black 5002 EC ES Black 5009 EC Black Base Resin TPU TPU TPE TPE TPE TPE Physical Properties Hardness Shore ISO 48-4 85A 85A 50D 40A 60 A 60A Density ISO 1183 1.19 1.15 1 1.01 0.965 1.21 Mechanical Properties Tensile Strength (Break) Mpa DIN 53404 10 15 15 4 5.7 2.5 Elongation, Break % DIN 53504 600 650 500 300 400 250 Electrical Properties Surface Resistivity Ω IEC 60093 108 to 109 107 to 109 107 to 109 103 to 105 100 to 102 100 to 102 Volume Resistivity Ω.cm IEC 60093 108 to 109 107 to 109 107 to 109 103 to 105 100 to 102 100 to 102 Color White Natural Natural Black Black Black Copyright © 2023, Avient Corporation.

Home // Should Polymers be Used Instead of Aluminum for Advanced Driver Assistance System Housings? The need for advanced driver assistance system (ADAS) features, like back up cameras and lane departure warnings as standard safety components, is clear.