Materials solutions for flexible circuit interconnects, display performanceenhancements, and PET and PEN films for LCD and flexible displays manufacture.
Flexible circuit materials
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Available in a broad range of copper clad constructions; use a wide variety of base dielectrics to provide interconnects for display driver circuitry devices as well as flexible interconnects for clamshell and slider phones, and other mobile devices such a digital cameras. These laminates are available in either adhesive based or adhesiveless form.
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Pyralux® polyimide laminates
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Enhanced display performance
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High performance adhesive and proven bonding processes that optimize the viewability and durability of LCD displays for cell phone handsets and mobile devices. Benefits include improved sunlight readability, anti-reflective and anti-smudge. |
Vertak™ bonding technology |
PET Films for Displays
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Wide range of polyester films for display and electronics applications. The DuPont Teijin Films™ joint venture is a leading global manufacturer of PET and PEN films for display applications. |
Melinex® PET polyester film, Mylar® PET polyester film, Teijin™ Tetoron™ PET polyester film |
PEN films for flexible displays and electronics
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Surface-engineered, optical quality film for the most demanding flexible display and electronics applications. The DuPont Teijin Films™ joint venture is a leading global manufacturer of PET and PEN films for display applications. |
Teonex® PEN polyester film |
AMOLED Technology
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DuPont research has developed a breakthrough solution-processed AMOLED technology designed to reduce AMOLED manufacturing costs; providing proprietary small molecule OLED materials for solution processing that can meet the challenge of commercial quality color coordinates, efficiency, and lifetime. |
Solution Process AMOLED technology, OLED materials set |
Advanced Composite Reflector (ACR)
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Advanced composite reflector (ACR) films are used in LCD backlights to improve overall LCD display performance while reducing cost and power consumption. Made from microfiber nonwoven composite materials, these films have intrinsically high reflectivity, high light diffusivity and excellent UV stability to reduce material costs, enhance display luminance and significantly improve display uniformity and UV stability over incumbent PET-based reflectors. |
Optilon™ Advanced Composite Reflectors (ACR) |
