WIRE NEWS WN June 2019 | Page 9

Creating your own professional marketing imagery Professional, photo-realistic images are easily generated for use in reports, datasheets, quotations and catalogues. This removes the cost of hiring external photographers or agencies each time you add to your product range. CableBuilder3D gives you ready access to a continually up-to-date image library fully within your control. Bringing your products to life What better way for your customers to appreciate the innovative design of your cables than by seeing an iteration as close as possible to the physical prototype? CableBuilder’s 3D imaging can be integrated easily into your website, enabling your customers to search directly for their cable requirements through an impressive visual interface. . Learn how your company can improve through 3D product design by watching Cimteq’s three minute video or booking an online demo at: https://cimteq.com/bookdemo/ AFLAS® Fluoroelastomer Grade Produces Lighter, Thinner High-Voltage Cables for Electric Vehicles AGC Chemicals Americas now offers AFLAS® 150E series fluoroelastomers to insulate high-voltage power cables in electric and hybrid electric vehicles. This advanced insulation material works with aluminum and copper wire cores to produce cable systems that outperform traditional systems insulated with silicone rubber or cross-linked polyethylene (XLPE). Less material is required to achieve the desired insulating properties, so EV/HEV cable systems made with AFLAS 150E are thinner, lighter weight and more flexible than those made with XLPE. In addition, AFLAS 150E displays excellent electrical resistivity, is able to perform reliably at temperatures up to 200 °C and is nonflammable. It resists vibration, acids and bases, solvents, ozone and steam. The material stands up well to attack from amine- containing additives in oils and transmission fluids. AFLAS fluoroelastomers are copolymers of tetrafluoroethylene and propylene with high molecular weights, which give products made with them unique properties over conventional FKM- type fluoroelastomers. AFLAS fluoroelastomers are easily compounded by open mill and internal mixers, then fabricated into finished parts and shapes using press molding, injection molding, extrusion and calendering processes. . www.agcchem.com WIRE NEWS June 2019 9