strengthened glass

Ancient material, new uses—Gorilla Glass is going places, according to The Economist

By April Gocha / November 7, 2017

An article recently published in The Economist science and technology section takes on a technology that most people look at everyday, yet hardly ever notice—glass.

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‘An iPhone formed from glass’—New slate of Apple smartphones feature glass front and back faces

By April Gocha / September 15, 2017

By now, you’ve probably heard that the rumors are true—Apple’s newest iPhones have shed their aluminum skins for an “all-glass design” instead, complete with front and back glass surfaces.

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Building a better world—June/July ACerS Bulletin is now available online

By April Gocha / May 18, 2017

The June/July 2017 issue of the ACerS Bulletin is now available online. This special double issue is all about building a better world, from highlighting the activities of the next generation to the future of smartphones and antimicrobial surfaces.

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Gorilla Glass goes fast: Automotive version of Corning’s strengthened glass goes in new Ford GT

By April Gocha / January 7, 2016

The sleek Ford GT supercar is shedding pounds as the first production vehicle to incorporate a windshield of thin-yet-strong Corning Gorilla Glass.

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ACerS Members Featured in NY Times Glass-Strength Story

By / July 13, 2009

The New York Times has discovered materials science! The newspaper recently published a nice story on the scientific advancements being made to strengthen glass for the ever expanding use of…

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Arun Varshneya: Advantages of Chemically Strengthened Glass

By / July 8, 2009

Arun Varshneya, a professor in glass science at Alfred University, discusses the differences among techniques used to strengthen glass, and focuses on the advantages of using salt baths to chemically strengthen glass.

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Arun Varshneya: High-Strength, Large Case-Depth Chemically Strengthened Glass

By / June 25, 2009

From PACRIM8, this lecture discusses recent advances in improving the strength of glass. In particular, Alfred University professor Arun Varshneya explains the process of using NaNO3 + KNO3 salt baths to strengthen high-glass-transition-temperature aluminosilicate glass.

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