P-177L: Late-News Poster: Development of High Strength Chemically Strengthened Glass

Newly developed chemically strengthened glass, T2X‐1, is demonstrated. T2X‐1 has high strength and excellent ion‐exchange properties. Fracture strength of T2X‐1 is 20% higher than conventional Alumino‐silicate glass (CX‐01). T2X‐1 has twice as fast ion‐exchange speed and durable compressive stress a...

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Published inSID International Symposium Digest of technical papers Vol. 45; no. 1; pp. 1240 - 1243
Main Authors Kawamoto, Kosuke, Murata, Takashi, Miwa, Shinkichi, Ohji, Masahiko, Yamazaki, Hiroki
Format Journal Article
LanguageEnglish
Published Campbell Blackwell Publishing Ltd 01.06.2014
Wiley Subscription Services, Inc
Subjects
Aluminosilicates
Aluminum silicates
chemically strengthened glass
Compressive properties
Contamination
cover glass
Fracture strength
Glass
High strength
ion-exchange property
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Abstract Newly developed chemically strengthened glass, T2X‐1, is demonstrated. T2X‐1 has high strength and excellent ion‐exchange properties. Fracture strength of T2X‐1 is 20% higher than conventional Alumino‐silicate glass (CX‐01). T2X‐1 has twice as fast ion‐exchange speed and durable compressive stress against four times more Na+ contamination in molten KNO3 than conventional Alumino‐silicate glass (CX‐01).
AbstractList Newly developed chemically strengthened glass, T2X-1, is demonstrated. T2X-1 has high strength and excellent ion-exchange properties. Fracture strength of T2X-1 is 20% higher than conventional Alumino-silicate glass (CX-01). T2X-1 has twice as fast ion-exchange speed and durable compressive stress against four times more Na+ contamination in molten KNO3 than conventional Alumino-silicate glass (CX-01).
Newly developed chemically strengthened glass, T2X‐1, is demonstrated. T2X‐1 has high strength and excellent ion‐exchange properties. Fracture strength of T2X‐1 is 20% higher than conventional Alumino‐silicate glass (CX‐01). T2X‐1 has twice as fast ion‐exchange speed and durable compressive stress against four times more Na + contamination in molten KNO 3 than conventional Alumino‐silicate glass (CX‐01).
Newly developed chemically strengthened glass, T2X-1, is demonstrated. T2X-1 has high strength and excellent ion-exchange properties. Fracture strength of T2X-1 is 20% higher than conventional Alumino-silicate glass (CX-01). T2X-1 has twice as fast ion-exchange speed and durable compressive stress against four times more Na super(+) contamination in molten KNO sub(3) than conventional Alumino-silicate glass (CX-01).
Author Ohji, Masahiko
Murata, Takashi
Yamazaki, Hiroki
Kawamoto, Kosuke
Miwa, Shinkichi
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Snippet Newly developed chemically strengthened glass, T2X‐1, is demonstrated. T2X‐1 has high strength and excellent ion‐exchange properties. Fracture strength of...
Newly developed chemically strengthened glass, T2X-1, is demonstrated. T2X-1 has high strength and excellent ion-exchange properties. Fracture strength of...
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SubjectTerms Aluminosilicates
Aluminum silicates
chemically strengthened glass
Compressive properties
Contamination
cover glass
Fracture strength
Glass
High strength
ion-exchange property
Title P-177L: Late-News Poster: Development of High Strength Chemically Strengthened Glass
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