GE Advanced Materials

The Advanced Materials business of General Electric Company is part of the Industrial business group and is headquartered in Wilton, Conn. Comprised of Silicones and Quartz, GE - Advanced Materials is a global leader in providing a range of high-technology materials solutions. The GE - Advanced Materials, Silicones’ portfolio includes silicone-based products and technology platforms, silanes, sealants and adhesives. The Quartz portfolio includes high-purity fused quartz and ceramics materials. These materials solutions are used as springboards for innovation in hundreds of consumer and industrial applications ranging from car engines to biomedical devices to integrated circuits. Markets served include aerospace, agriculture, appliances, automotive, construction, electronics, furniture and furnishings, healthcare, home care, industrial, lighting, packaging, personal care, plastics, semiconductor, telecommunications, tire, transportation, and water purification. As a Worldwide Partner of the Olympic Games, GE is the exclusive provider of a wide range of innovative products and services that are integral to a successful Games. Experience more at www.ge.com/advancedmaterials.

GE Advanced Materials
GE Bayer Silicones GmbH & Co. KG
Building V7
51368 LEVERKUSEN
Germany
+49 214 306 71 37
www.ge.com

GE’s New InvisiSil* Encapsulants and Lens Materials Improve LED Performance, Longevity, and Light Transmission

<b>GE’s InvisiSil* Encapulant Used in the LED - Part of the Backlight Unit of Mobile Phone Panels</b>

GE - Silicones has introduced a new family of transparent encapsulants and lens materials for optoelectronics applications. GE’s InvisiSil* encapsulants offer superior long-term durability vs. conventional epoxy resins which can cause device failure in as few as 1,000 hours. InvisiSil encapsulants offer excellent adhesion to a range of case and electrode materials including ceramics, polyamides, and silver and gold electrodes. GE’s InvisiSil lens materials are high hardness silicone materials that can be liquid injection molded, provide excellent resistance to heat and UV light, and are also offered in high refractive indexes. These materials are excellent candidates for LED lenses, camera flash lens, and light diffusing lenses where performance and molding productivity is requiredLEVERKUSEN, GERMANY — November 28, 2005 — The use of optoelectronics, particularly light-emitting diodes (LEDs) is rapidly expanding into a wide array of products, from mobile phones and handheld computers to automotive instrumentation, large screen flat panel display backlights, traffic signals, signage and illumination lighting. Expanded usage, coupled with the requirements of next-generation optoelectronics that are hotter and brighter, are driving demand for new materials that can extend the lifecycle and provide higher performance. GE - Advanced Materials, Silicones has introduced a new family of transparent encapsulants and lens materials for optoelectronics applications.

Press Kit Medica, Düsseldorf 16-19 November 2005

GE Advanced MaterialsGE - Plastics
GE - Advanced Materials

GE Helps ZEVEX’s EnteraLite® Infinity™ Feeding Pump Give Tube-Fed Patients the Freedom to be Active

GE Advanced MaterialsZEVEX International, Inc., an innovative company based in Salt Lake City, Utah, entered the enteral nutrition delivery market in 1996 and currently distributes a complete line of products for use in patients’ homes, hospitals, and nursing homes. Enteral feeding delivers liquid nutrition directly into the gastrointestinal tract. It is prescribed for a wide range of short-term and chronic conditions such as stroke (swallowing difficulty), cancer (insufficient calories), food absorption, and digestion disorders. Observing the trend toward smaller, lighter, and more portable medical devices, ZEVEX decided to create a new product that would apply miniaturization technology to enteral feeding systems to benefit patients.

GE’s SilCool* LTR Silicone Helps GE’s LightSpeed VCT Scanner Dissipate Heat Generated by World’s Fastest Volumetric Imaging of the Heart

GE Advanced MaterialsHeadquartered in the United Kingdom, GE Healthcare is a $15 billion GE business. It provides a broad range of products and services that are enhancing patient care by enabling healthcare providers to better diagnose and treat heart disease, cancer, neurological diseases, and other conditions. When the company was developing its LightSpeed volume computed tomography (VCT) scanner - a GE Imagination Breakthrough device for cardiac imaging - it became clear that the high heat generated by the device’s exceptionally fast electronics required a new dissipation strategy. GE Healthcare selected SilCool* LTR silicone from GE - Silicones to offer the rapid conduction of heat away from the LightSpeed circuit board and allow the scanner to operate with record-setting speed and precision.

GE Announces investment in additional LSR capacity in Leverkusen, Germany

BERGEN OP ZOOM, THE NETHERLANDS — September 30, 2005 — GE Bayer Silicones today announced it plans to invest in additional production capacity for liquid silicone rubber (LSR) at its facility in Leverkusen, Germany to help meet expanding European and global demand.

With GE’s Silicone Fluid, Water-Repellent HOLMENKOL Ski Waxes Help Olympic Racers Increase Speed by Up to One Percent

<b>HOLMENKOL Ski Waxes Containing GE’s Silicone Fluids Used by Racing Teams at the 2006 Olympic Winter Games</b>

As a supplier to all of the national race teams that will compete in the 2006 Olympic Winter Games in Torino, Italy, HOLMENKOL sought a new approach that could help these athletes perform at their highest levels. GE’s wide array of silicones enabled the combined HOLMENKOL/GE teams to identify a material candidate with the precise characteristics required. The GE silicones material not only increased water repellency and durability, but also proved to be compatible with fluorinated additives and the wax matrix itself. Most notably, the use of HOLMENKOL ski waxes containing GE’s silicone fluids may help racers to increase speed by 0.6 percent to 1.0 percent. In practical terms, for a typical two-minute downhill race, this means cutting about a second off the total time – which could be the difference between finishing fourth, winning, and even establishing a new world record.BERGEN OP ZOOM, THE NETHERLANDS — September 27, 2005 — In the rarified world of performance ski racing – particularly the Olympic Winter Games – speeds are measured in fractions of a second, and the ski wax formulas that can help shave off those milliseconds are a closely guarded secret. For a winning ski wax, the key to acceleration is the level of water repellency. In other words, the wax must excel at preventing adhesion of snow, ice, and moisture that can slow down the ski’s movement.

GE’s Quartz Business to Offer Custom Wafer Heater Assemblies for Semiconductor Equipment Manufacturers

<b>Multi-Zone Center Shaft Heater Assembly</b>

New multi-zone center shaft heater assembly featuring a pyrolytic boron nitride (PBN) heater sealed with GE 124 quartz ingot material. A two-zone example is shown, but the assembly is capable of five or more independent zones.BERGEN OP ZOOM, THE NETHERLANDS — September 26, 2005 — To help optimize the performance of heaters and electrostatic chucks in chip-making equipment, GE’s Quartz business today announced an integrated heater assembly platform based at the company’s new laboratory in Kobe, Japan. These custom assemblies – a critical subsystem of semiconductor equipment manufacturers’ wafer chambers – combine customer-specific mechanical, electrical, and thermal engineering with GE’s advanced chemical vapor deposited (CVD) ceramic heaters and e-chucks. By considering thermal, plasma, mechanical, and electrical boundary conditions of the OEM’s chamber, GE’s new integrated design process helps optimize the performance of the entire system.

GE’s ecomagination* Focus Supports Environment by Helping Farmers Achieve Top Results with up to 70 Percent Less Water

<b>GE’s Silwet* Silicone Super Spreader Technology for Agriculture</b>

GE’s Silwet* Silicone Super Spreaders are organosilicone adjuvants that enable agricultural chemical sprays to perform better, spread more easily, be absorbed more quickly, and resist washing off plants. Specifically, they allow water-containing pesticides, growth regulators, and other chemicals to penetrate the surface of plants more readily. This spreading capability means that a lower spray volume can achieve optimal results. The GE materials may reduce water volume in pesticide sprays by up to 70 percent and are part of the company’s <i>ecomagination</i>* initiative to help customers tackle tough environmental challenges. GARCHING, GERMANY — June 29, 2005 — The application of agricultural pesticides can have a significant impact on the environment, including heavy water demands for high spray volumes and chemical runoff into soil and groundwater. As part of its ecomagination* initiative, GE is taking the lead on this challenge with innovative Silwet* Silicone Super Spreader additives that can help save millions of liters of water annually.

GE Advanced Materials Press Kit Ecomagination

GE Advanced MaterialsPress Kit Ecomagination Garching

GE Advanced Materials Fact Sheet

GE Advanced Materials is a world leader in providing materials solutions through engineering thermoplastics, silicone-based products and technology platforms, and fused quartz and ceramics. Headquartered in Pittsfield, Mass., GE Advanced Materials is the combination of GE’s former Plastics, Silicones, and Quartz businesses.

ecomagination* Backgrounder

<b>GE’s New Flexible Noryl* Resin for Automotive Wiring</b>

GE’s new Flexible Noryl* resin was selected by Delphi Corporation as a cable coating for the company’s vehicle electrical systems. Delphi chose GE’s Flexible Noryl resin to meet a global automotive manufacturer’s need for a new high-performing materials solution to address the requirements for halogen-free parts. Flame-retardant Flexible Noryl resin may now offer the auto industry a new wire coating solution that provides superior properties compared to polyvinyl chloride (PVC) and cross-linked polyethylene (XLPE). Flexible Noryl resin is an excellent candidate for thin- and ultra-thin-wall wire/cable coatings that significantly reduce weight and size for potentially greater fuel efficiency and space availability and meets halogen-, chlorine-, and lead-free part requirements. The new GE product also helps meet international standards for recyclability; the European Union’s Restriction of Hazardous Substances (RoHS) and End-of-Life Vehicle (ELV) directive; the Japan Automobile Manufacturers Association (JAMA) standards; and Japan’s Automotive Recycling Law of 2005. Some of the world’s most pressing materials challenges present an opportunity for GE to display its environmentally advanced technologies.

GE Advanced Materials Is First & Only Manufacturer to Offer Boron Nitride Powders With NSF Registration for Incidental Food Contact

BERGEN OP ZOOM, THE NETHERLANDS — June 3, 2005 — The National Sanitation Foundation (NSF) International has designated sixteen grades of GE Advanced Materials’ boron nitride (BN) powder as acceptable for use in nonfood contact lubricants, ingredients in nonfood and incidental contact lubricants, such as greases, oils, and dry films. The move establishes GE as the only supplier of boron nitride ceramic powders that is compliant with this particular NSF certification.

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