Milestones: GE Plastics Continues to Drive Automotive Innovation After Nearly 50 Years of Service

For nearly half a century, GE Plastics has set standards for high-performance automotive polymers. Beginning in 1958 with the introduction of Lexan* resin, its first engineering plastic, GE has continued the tradition of developing advanced automotive materials, while delivering world-class technical support and unparalleled customer service.

GE Plastics Drives “Bumper-to-Bumper” Solutions for Global Automotive Industry for Nearly 50 Years

BERGEN OP ZOOM, THE NETHERLANDS — September 28, 2006 — For nearly half a century, GE Plastics has earned the reputation as a leading global automotive supplier of bumper-to-bumper solutions in engineering thermoplastics. With over 78 locations across the globe, GE Plastics’ dedicated Automotive organization is an experienced, world-wide competitor, fully committed to serving an industry that manufacturers products for the world’s most demanding customers.

Exatec® 900el – for a pleasant ambience on the road

At the international “Plastics in Automotive Engineering” congress in Mannheim Exatec showed the prototype of an electroluminescent interior light-band in different colors directly integrated into Polycarbonate glazing panels. This is made possible by an electroluminescent light band, which is integrated by a special process directly into the perimeter of the transparent polycarbonate car roof. The roof was manufactured using the proven Exatec® 900 technology and the light band applied directly onto a film. The illumination intensity conforms to the legal regulations and does not exceed the allowed level. The new technology Exatec 900el allows drivers and passengers to adjust the brightness of the interior lighting to suite their individual needs

Suzuki Swift Pedestrian Protection Energy Absorber Featuring GE’s Xenoy* Resin Wins SPE Automotive Innovation Award

GE’s Xenoy* Resin featured in Suzuki’s Swift Pedestrian Protection Energy Absorber

GE Plastics’ Automotive business today announced that an application featuring its Xenoy* resin – a pedestrian protection energy absorber for the 2005 Suzuki Swift “sub-compact” automobile – has been named the first-ever winner in the Safety System category of the 2005 SPE Automotive Innovation Awards program. BERGEN OP ZOOM, THE NETHERLANDS — Mary 10, 2006 — GE Plastics’ Automotive business announces that an application featuring its Xenoy* resin – a pedestrian protection energy absorber for the 2005 Suzuki Swift “sub-compact” automobile – has been named the first-ever winner in the Safety System category of the 2005 SPE Automotive Innovation Awards program.

GE Plastics Global Application Technology Centre Bergen of Zoom, The Netherlands and Global Capabilities Fact Sheet

  • GE Plastics is headquartered in the United States in Pittsfield, Mass.,

  • GE Plastics Installs Twin-Sheet Thermoformer in Global Application Technology (GApT) center in Bergen op Zoom,

    GE Plastics Installs Twin-Sheet Thermoformer in GApT center which will become operational in April 2006

GE Plastics continues to invest in Global Application Technology (GApT) in Europe with the installation of a Twin-Sheet Thermoformer with high-pressure, hydraulic forming capability which will become operational in April 2006. The twin-sheet thermoformer will enable GE to create twin-wall, hollow parts for markets such as automotive, truck, RVs, and building and construction. Potential applications include bus panels and access doors that require high stiffness, and enclosures or panels that require thermal or acoustic insulation.BERGEN OP ZOOM, THE NETHERLANDS – April 19, 2006 – GE Plastics continues to invest in Global Application Technology (GApT) in Europe with the installation of a Twin-Sheet Thermoformer with high-pressure, hydraulic forming capability which will become operational in April 2006. A second investment concerns a 1600 ton, 2K injection molding machine which will be installed in the fourth quarter of 2006 in its Centre of Excellence in Bergen op Zoom, The Netherlands.

    GE - Plastics Offers Advanced Material Solutions for Aircraft Interiors to Meet Stringent Industry Standards and Reduce Weight

    First and Business Class Seats Showcasing Components Made with GE’s Lexan* F6000 Sheet

A popular material for aircraft interiors is GE’s Lexan* polycarbonate (PC) sheet, an extremely durable material based on GE’s tough, virtually unbreakable Lexan resin. GE’s Lexan F6000 sheet is very durable yet easily formed into complex shapes using standard thermoforming equipment. This material also provides high impact resistance and high heat performance. It is available in custom colors and provides molded-in aesthetics, potentially reducing system costs. The GE material is also FAR compliant, offering the aircraft interiors industry flame resistance, low smoke and toxicity, and high-heat performance. GE’s Lexan F6000 sheet applications include several seat cladding parts, an airline literature rack, a window track and reveal, and an emergency door light fairing.BERGEN OP ZOOM, THE NETHERLANDS — Apr. 5, 2006 — GE - Plastics has new product innovations in aircraft industry. High-performance engineering resin and sheet materials have been designed to help aircraft OEMs in the development of next-generation aircraft interior components. Beyond interiors, GE - Plastics also offers an impressive portfolio of advanced thermoplastic materials that deliver cutting-edge performance for critical applications ranging from structural components, passenger window and seat assemblies, lighting, and wiring components.

    GE Plastics Presents $25,000 to the Eindhoven University of Technology for Polymer Research

    GE's donation to the Eindhoven University of Technology for Polymer Research

In a ceremony at the TU/e on March 29, GE Plastics presented a donation of $25,000 to Prof. Dr. Piet Lemstra, senior professor for the Laboratory of Polymer Technology (SKT) in the Department for Chemical Engineering and Chemistry. From left to right: Prof. Dr. Piet Lemstra, head of the department of TU/e; Dr. Ir. Willem Sederel, Global Technology Leader Lexan GE Plastics; Ir. Harry Roumen, Secretary General TU/e, and Dr. Theo Hoeks, principal scientist at GE Plastics.BERGEN OP ZOOM, THE NETHERLANDS — March 31, 2006 — In a ceremony at the TU/e on March 29, GE Plastics presented a donation of $25,000 to Prof. Dr. Piet Lemstra, senior professor for the Laboratory of Polymer Technology (SKT) in the Department for Chemical Engineering and Chemistry. The donation was presented on behalf of Dr. Theo Hoeks, principal scientist at GE Plastics in Bergen op Zoom, and a winner of GE’s prestigious Edison Award in 2005.

    GE Challenges Royal College of Art Students to Imagine the Future of Automotive Design Using Latest Plastic Technologies

    GE PlasticsBERGEN OP ZOOM, THE NETHERLANDS — March 29, 2006 — Graduate students from the Vehicle Design department of London’s prestigious Royal College of Art (RCA) are imagining – and modeling - the future of automotive design in plastics during a three-month program and competition called PLASTicon which began in December. To explore the potential of such GE innovations as thermoplastic glazing, plastic body panels, and lighting technologies in futuristic vehicles, approximately 20 students are participating in PLASTicon. They are researching, designing, and building models of “blue sky” vehicles aimed at the needs of different markets – from SUV owners to Gen-Y consumers – and competing for prizes and prestige.