FL.Datasheet WireHarnessYarn.indd FIBER OPTICAL CABLES Key Features • Available flat, twisted, or cord • Reduction in overall weight & energy usage • High temperature resistance • Protection from thermal degradation • Various colors available for easy identification • Abrasion resistant FIBER-LINE® FIBERS FOR WIRE HARNESS YARN • Kevlar® Para-Aramid • Nomex® Meta-Aramid • Technora® Para-Aramid • PET Polyester FIBER-LINE® PERFORMANCE ADDING COATINGS • FIBER-LINE® Colorcoat™: Color Identification • FIBER-LINE® Wearcoat™: Abrasion & High-Temperature Resistance • FIBER-LINE® Bondcoat™: Adhesion & Bonding • FIBER-LINE® Flamecoat™: Flame retardancy Overview • FIBER-LINE® provides a wide range of products utilized for wire harnesses. WIRE HARNESS YARN FIBERS PROCESS PRODUCTS Product ID Coating Base Fiber Break Strength Yield Geometry Nominal Diameter Description NX1200T ColorcoatTM Nomex 13 LBs (5.9 KGs) 9930 FT/LB (6672 M/KG) Round/Flat .438mm High-temperature resistant coating with colorant for identification K400T Kevlar® 20 LBs (9.1 KGs) 30303 FT/LB (20362 M/KG) Round/Flat .245mm High-temperature resistant coating NX1200 1x3 ColorcoatTM Nomex 39.9 LBs (18.1 KGs) 3225 FT/LB (2167 M/KG) Round .815mm Color coated for identification G150 1x3 Glass 16.7 LBs (7.6 KGs) 12987 FT/LB (8726 M/KG) Round .372mm resistant coating NX200T N/A Nomex 2.5 LBs (1.1 KGs) 68166 FT/LB (45804 M/KG) Round/Flat .168mm Fiber twisted to improve handling This data is provided for informational purposes only, and does not constitute a specification. POPULAR WIRE HARNESS PRODUCTS LOCATIONS Headquarters, R&D, Manufacturing FIBER-LINE® LLC 3050 Campus Drive Hatfield, PA 19440 +1 215.997.9181 fiber@fiber-line.com Manufacturing Operations FIBER-LINE® LLC 280 Performance Drive SE Hickory, NC 28602 +1 828.326.8700 fiber@fiber-line.com EMEA & Asia Pacific Operations FIBER-LINE® INTERNATIONAL B.V.

Also known as transmission welding, laser welding is the process of using focused laser radiation to bond two plastic parts, one that is transparent to the laser energy and one that absorbs the energy. It is a precise and clean process that produces high- quality seams and adhesive-free assembly. Avient uses a “systems approach” to develop the laser welding solution most adapted to your project, taking into consideration the following aspects: • Transmitting and absorbing parts • Polymer type and grade • Dispersion of the additive in the final part • Sufficient and consistent loading of the additive • Part design: attention to flow separation at the welding interface • Color and opacitiy • Quality control – e.g. establish suitable control parameters (UV Visible Spectra) • Laser wavelength and processing parameter Mevopur™ Healthcare Functional Additives formulated for laser welding are designed for use in healthcare applications.

This new GLS™ Versaflex™ OM TPE material bonds tightly to nylon substrates to deliver a soft, yet resilient grip for safety, ergonomics and comfort. Versaflex OM also allows for lower processing temperatures to achieve superior bond strength. Using two-shot or insert molding, the material bonds tightly without adhesives to most standard nylons, as well as heat-stabilized, lubricated, glass-filled and impact-modified versions.

Guide to overmolding material selection, part and mold design, material handling and preparation, TPE injection molding, processing, maximizing adhesion and troubleshooting for GLS™ TPEs

Guide to overmolding material selection, part and mold design, material handling and preparation, TPE injection molding, processing, maximizing adhesion and troubleshooting for GLS™ TPEs

Versaflex™ TPE Formulation provided chemical resistance and bonding for EV charging gun grip Versaflex™ Thermoplastic Elastomers provided reliable sealing and bonding for HVAC thumb wheel and vent in automobile User Interfaces

Army Corps of Engineers’ Engineer Research and Development Center (ERDC) have recently developed a Modular Protective System (MPS) that features PolyOne’s GlasArmor™ continuous glass-fiber composite panels.

Polyethylene terephthalate, or PET, is a type of plastic that’s strong, lightweight and easily recyclable. Energy Efficient PET takes less energy to manufacture than alternative materials like glass. PET End Uses Fiber—Fiber accounted for over 44% of the global revenue share and is used for clothing, athletic jerseys and accessories, mattresses, cushions, car seating and insulation products.

Unlike PVC, these materials are made without phthalate plasticizers, offer high clarity in some cases, bond to a variety of substrates, and can be customized for color and hardness. Excellent bonding to a variety of substrates Guide to overmolding material selection, part and mold design, material handling and preparation, TPE injection molding, processing, maximizing adhesion and troubleshooting for GLS™ TPEs

CLEVELAND – Southern States LLC, a Georgia manufacturer of products for the electric utility industry, recently selected PolyOne’s industry- leading GlasArmor™ continuous glass-fiber composite panels to create its new custom Ballisti-Wall® and Ballisti-Cover® ballistic-resistant solutions.