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D 263® T eco Thin Glass0 pages
D 263® T Thin Glass
Product Information
D 263® T eco thin glass is a clear borosilicate glass that has
a high chemical resistance and is produced by a SCHOTT
specific down-draw method. It is available in a variety of
t
hicknesses ranging from 0.03 mm to 1.1 mm.
D 263® T eco borosilicate glass is available in standard stock
size sheets or can be custom cut into round or quare hapes.
s
s
D 263® T eco thin glass is used as ubstrate glass for coatings
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or as replacement for plastic for applications in the automotive
and electronics industries. D 263® T eco is manufactured with
eco-friendly refining agents.
Applications
Resistive touch panel for built-in car navigation
•t Stable against sunlight and heat
•t Not permeable to humidity
•t Flexibility is similar to that of plastic
•t Easy to cut by laser or scribe and break method
Substrate for capacitive touch sensors
•t eduction of thickness and weight in mobile display
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applications
•t Excellent stability in ITO coating processing
•t o loss of image quality due to superior luminous
N
transmittance
Substrate glass for IR cut-off
filter for camera modules in
mobile phones
•t High luminous transmittance
•t Easy to dice by diamond saw
•t Coatings adhere well due to excellent surface quality
•t Smooth surface for coatings without previous polishing
•t ange of thin thicknesses enables easy adaptation for future
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product miniaturization
Technical Data
Dimensions
440 mm x 360 mm, other size on request
Surface roughness
< 1 nm RMS
Thicknesses
0.03 mm up to 1.1 mm
Standard thicknesses and packaging units
0.21 mm 100 pcs
0.30 mm 100 pcs
0.40 mm 50 pcs
0.55 mm 50 pcs
Luminous transmittance τvD65 (d = 1.1 mm)
91.7 %
Coefficient of mean linear thermal expansion α (20 °C; 300 °C) (static measurement)
7.2 ⋅ 10 –6 K–1
Transformation temperature Tg
557 °Ct
6.7
Refractive index nD
1.5230
Density ρ (annealed at 40 °C/h)
2.51 g/cm3
Note: Orders of integral multiples of packaging units for standard thicknesses will ship ex works within 3 days after receipt of order.
Advanced Optics
SCHOTT AG
Hattenbergstrasse 10
55122 Mainz
Germany
Phone +49 (0)6131/66-1812
Fax +49 (0)3641/2888-9047
info.optics@schott.com
www.schott.com/advanced_optics
Version May 2013
Dielectric constant εr at 1MHz
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