Ranger Group launches Organikglass™ with GE’s Lexan* GLX Resin for Automotive Glazing Solutions

Machine Press

Italy’s Ranger Group announced in September that it has chosen GE’s Lexan* GLX resin to launch its new premium automotive glazing line with the tradename Organikglass™. GE’s Lexan GLX polycarbonate (PC) resin, which provides high impact strength, UV protection, and light weight that are especially valuable in large panoramic roofs, sunroofs, and backlights, will be injection-molded at Ranger’s state-of-the-art production facility in Carate Brianza, Italy. With Organikglass, Ranger expects to develop new automotive glazing applications that will take advantage of the unique properties of GE’s thermoplastic materials vs. conventional materialsBERGEN OP ZOOM, THE NETHERLANDS — November 24, 2005 — Italy’s Ranger Group announced in September that it has chosen GE’s Lexan* GLX resin to launch its new premium automotive glazing line with the tradename Organikglass™. GE’s Lexan GLX polycarbonate (PC) resin, which provides high impact strength, UV protection, and light weight that are especially valuable in large panoramic roofs, sunroofs, and backlights, will be injection-molded at Ranger’s state-of-the-art production facility in Carate Brianza, Italy. Ranger expects to develop new automotive glazing applications that will take advantage of the unique properties of GE’s thermoplastic materials vs. conventional materials.

GE - Plastics’ Ultem* Resins Help Improve Performance of Award-Winning Surgical Skin Stapler

INSORB®|20 Skin Subcuticular Stapler Using GE’s Ultem* Resin

Minnesota-based Incisive Surgical, Inc. selected GE’s Ultem* 1000F transparent resin and Ultem 2200F 20 percent glass-filled resin for seven components in the INSORB®|20 subcuticular skin stapler for the biocompatibility, superior mechanical strength to withstand compression during use, capability for both ETO and gamma sterilization, color and strength retention following sterilization, and part consolidation the GE resins provide. The new device eliminates painful staple removal and doctors benefit from speed and ease of use. In addition, the use of staples avoids the risk of potentially dangerous needle sticks to both caregivers and patients. To date, the award-winning INSORB|20 skin stapler has been used in over 3,000 cases and is available nationwide.BERGEN OP ZOOM, THE NETHERLANDS — November 17, 2005 — The use of subcuticular absorbable skin staples for closing incisions dramatically improves surgical outcomes while enhancing patient safety and comfort. At the recent MD&M East Show, GE - Plastics showcased the use of its Ultem* polyetherimide (PEI) resins in the award-winning INSORB®|20 subcuticular skin stapler from Minnesota-based Incisive Surgical, Inc. The GE materials provide strength, sterilization capabilities, and biocompatibility in custom colors to this unique disposable device, which combines the superior cosmetic results of absorbable sutures with the rapid closure times of metal skin staplers – while eliminating the need for post-operative staple removal.

Press Kit Medica, Düsseldorf 16-19 November 2005

GE PlasticsGE - Plastics
GE - Advanced Materials

Answers from the Experts: A Conversation with Clare Frissora of GE - Plastics on Materials for Medical Devices

Clare Frissora is the Market Director for Healthcare at GE - Plastics.
Q. What are today’s most important considerations affecting medical device design?
A. There are three significant aspects to innovation in healthcare: enhancing speed, providing or enhancing safety, and managing total cost. When considering the optimization of medical device design, the goals are typically improving ease, speed, effectiveness, and safety of device use. To achieve these goals, designers are looking at multiple factors including miniaturization, weight reduction / custom weighting, and ergonomics.

GE - Plastics and GE – Advanced Materials, Silicones Expand Commitment to Healthcare Customers with Investments in Facilities, Services and Products

BERGEN OP ZOOM, THE NETHERLANDS ― November 16, 2005 ― GE - Plastics and GE – Advanced Materials, Silicones will discuss recent investments in technology and expertise and showcase their latest innovations for medical device manufacturers at Medica in Düsseldorf, Germany from Nov. 16-19. In hall 10, booth A56, the two GE businesses will feature some of their customers’ innovative products utilizing GE’s resins and silicones. This will include items such as the INSORB®|20 subcuticular surgical stapler and Zevex International’s enteral feeding system. Two new grades of Lexan* polycarbonate (PC) resin will also be featured.

GE’s ecomagination* Initiative and Lexan* ZigZag* Sheet Roofing Help the Dutch Greenhouse Industry Move Toward Energy Independence

Huisman B.V. has chosen Lexan* Thermoclear* sheet for façade and cladding and Lexan* Zigzag* sheet system for roof glazing of the first innovative, energy producing greenhouse (26,000m2) in The NetherlandsBERGEN OP ZOOM, THE NETHERLANDS — November 15, 2005 — To support a strategic shift away from consuming large amounts of fossil fuel, the greenhouse industry in the Netherlands is turning to GE’s ecomagination* initiative for innovative environmental solutions. Using GE’s new Lexan* ZigZag* sheet polycarbonate (PC) roofing material, Hydro Huisman, a leading hydroculture company in Huissen, is constructing the first greenhouse that will produce more energy than it uses. Lexan ZigZag sheet double-wall roofing panels provide higher light transmission than single glass, and insulation similar to multiwall glass or PC sheet. These energy-efficient properties will enable approximately two-thirds of the heat generated in the greenhouse to be sold as surplus.

GE Supports Global Environmental Efforts with Innovative Plastics for the Solar Energy Market

Norway’s Solarnor AS Solar Panels Using GE’s Noryl* EN150SP Resin

Norway’s Solarnor AS has developed the first high-temperature polymer collector using GE - Plastics’ Noryl* EN150SP resin. The Solarnor system collects the sun’s energy to heat water that can, in turn, heat rooms and provide hot water. Solarnor selected GE’s Noryl resin for maximum performance with minimal environmental impact. Noryl resin’s ability to withstand high water temperatures, plus its excellent hydrolytic stability under constant exposure to water, made this GE material an excellent candidate for the Solarnor design.BERGEN OP ZOOM, THE NETHERLANDS – November 4, 2005 - The dramatic spike in heating oil, gasoline, and natural gas prices is bringing to the forefront the need for alternative, renewable energy sources such as solar technology. Solar energy, used both for conversion to electricity (photovoltaics) and to heat water (solar thermal), can serve as the primary or secondary source of energy for homes and businesses, outdoor lighting, and many other applications. It offers significant environmental advantages over fossil fuels, which is being encouraged by many governments.

GE - Plastics’ innovative materials deliver excellent energy and light efficiency for greenhouses

Lexan* Thermoclear* 16/6RS high thermal insulation multiwall sheet

Visitors to booth 405 in Hall 5 can experience hands-on how GE is helping companies develop greenhouses with greater thermal and light efficiency through the use of high-performance Lexan* ZigZag* and Lexan Thermoclear* sheet materials. 
GE – Plastics, a key supplier of glazing solutions to the greenhouse industry with Lexan Thermoclear and Lexan ZigZag sheets for more than 20 years, GE - Plastics has recently introduced a ‘next generation’ sheet products that take energy capture and conservation to a new higher level with Lexan Thermoclear 16/6RS high thermal insulation multiwall sheet.BERGEN OP ZOOM, THE NETHERLANDS — November 2, 2005 — Dutch horticulturists industry will see how new material solutions from GE’s Plastics business are bringing growers new flexibility to create greenhouses with greater energy and light efficiency at this week’s International Horti Fair Expo. Visitors to booth 405 in Hall 5 can experience hands-on how GE is helping companies develop greenhouses with greater thermal and light efficiency through the use of high-performance Lexan* ZigZag* and Lexan Thermoclear* sheet materials.

GE Combines Lexan* Margard* Sheet Durability with Solar Control to Help Save Energy and Protect Against UV For Excellent Transportation Solution

BERGEN OP ZOOM, THE NETHERLANDS — October 28, 2005 — Underscoring the company’s commitment to its new ecomagination* initiative, GE’s Plastics business is introducing advanced, new Lexan* Margard* MR5 IR sheet – GE’s first hard-coated, polycarbonate (PC) sheet product for the global public transportation industry featuring infrared (IR) absorption in the wavelength range of 780-1400 nm. By effectively managing infrared heat from sunlight striking buses, trains, and other public transport and specialty vehicles, this GE material helps save energy and protect against potentially harmful UV radiation, yet admit plenty of light. This reduces heat build-up and can help cut air conditioning costs on hot and sunny days, while at the same time provide insulation to retain heat and lower fuel costs on cold or cloudy days.

GE’s ecomagination* Initiative and Lexan* EXL9330 Resin Help Keep Solar-Panel Battery Connection Boxes Protected and Looking Good

GE PlasticsWith oil and natural gas prices soaring, interest in alternative energy sources like photovoltaics (solar technology) is climbing rapidly. Solar energy is cleaner, less polluting, and does not negatively impact the environment. It can be a good source of primary or supplemental energy in both urban and rural locations. China is becoming a major manufacturer and exporter of solar devices, exporting over 90 percent of these units around the globe. A newly ratified Renewable Energy Law in China is expected to drive domestic consumption of solar technology rapidly.