EAGLE XG TM Glass Substrates Insert - CORNING Telecommunications - #2

/ 6


catalogue search
P. 01
P. 02
P. 03
P. 04
P. 05
P. 06
Pages:


See other catalogues for CORNING Telecommunications

Text version of the page
Corning® EAGLE XG™ Glass Substrates continued
Corning® EAGLE XG™
EAGLE XG™tf7X\tt — ->?f(Dm
©TET-LCDffl^XSIST-fo
^RiKLT^St%EAGLEXG#r>X
ilftSTEAGLE2000™ SffioT^fel^ feXA-XìlEAGLE XG^fr^S: ToEAGLEXG#r>XffiStì,LCD;È ^TSfe^^SnT^SEAGLE2000©
EAGLE XG^7XSI^O^fftio
options for recycling opportunities. The high level of performance in Coming's EAGLE family of substrates, combined with the green benefits of an arsenic, antimony and barium-free composition make EAGLE XG a truly future-proof glass.
For more than a century, the manufac­turing ofhigh-performance glass has required the use of chemicals, such as arsenic, antimony and barium, to obtain a substrate free from defects, both internal and on the surface to support TFT-LCD production. Corning has historically had rigorous procedures in place to safely manage these materials in our process. Coming's revolutionary EAGLE XG substrate does not require these chemicals during production. As a result, Corning uses an inherently-green manufacturing process for EAGLE XG glass, making it the most environmentally-friendly LCD glass available today.
LCD TV technology is becoming highly popular, not only for its crisp, vivid digital picture, but also for its energy efficiency and improved ability to be recycled, as compared to older TV technologies. EAGLE XG brings LCD TV one step closer to being the most environmentally-conscious TV platform available.
Corning* EAGLE XG™ glass
has the same advanced benefits
as EAGLE2000" substrates.
EAGLE2""Sf5£|5]*ilC Corning" EAGLE XG™#7Xli
Corning» EAGLE XG™ I$Ii|SföH EAGLE2000'" SJ&S&fflMIW
Density
2.37 g/cm3
CTE (0 - 300°C)
31.8 X10"7/°C
Strain Point
666 °C
Chemical Durability in lHF:10HNO3 Solution (25°C, 3 min.)
1.35 mg/cm2
Corning* EAGLE XG"W%£fàfll Hffl EAGLE2000'" 3S$gfàffl|I]È<]
Corning* EAGLE XG™??E|fe EAGLE2000" HI- ^2 JHI3

pageCatalog pdf di En 2012-02-06-08