The Glass Age | Glass Technology and Innovation | Corning

在歷史的長河中,材料曾改變過我們的社會和文化形態。歷經石器時代、青銅器時代和鐵器時代,如今,我們步入了玻璃時代。

Explore the Glass Age

Glass material

The Science of Glass

The Science of Glass

Discover how the technical properties of glass are changing the world.

Discover how the technical properties of glass are changing the world.

Willow Glass Laminates

Design & Application

Design & Application

See how today’s thin, durable, flexible glass is making designs more practical than ever.

See how today’s thin, durable, flexible glass is making designs more practical than ever.

Glass Art

Inspiration

Inspiration

Discover how glass is inspiring engineers and artists to bridge the gap between a functional material and visionary medium.

Discover how glass is inspiring engineers and artists to bridge the gap between a functional material and visionary medium.

Where information moves at the speed of light…

Inspiration

Inspired by Glass

Where devices are as sophisticated as they are beautiful...

The Glass Age Videos

Where everyday surfaces provide extraordinary benefits…

Science of Glass

How It Works

Where one material can change the world…

Glass Age Scholar

Where will the Glass Age take you?

They are visionaries ... pioneers ... renegades.

They are scientists ... artists ... innovators.

Through glass, they see possibility and create a new reality.

Through glass, they transform lives.

玻璃科學

從古老的歷史到實現非凡的可能性

玻璃脆弱易碎的日子已不復存在。玻璃只用作容器的時代也一去不復返。

在如今的玻璃時代,玻璃用途廣泛,可撓且堅硬。玻璃以光速傳輸資訊、玻璃可用於製造既精密又美觀的裝置、玻璃可以改變日常生活,帶來特別的優勢。

造訪我們的全球網站(英文),瞭解玻璃的技術特性如何改變著世界。 

設計和應用

外形與功能完美融合

玻璃即將成為解鎖新功能和新應用的經典材料。由於玻璃具有獨特的變革特性和公認的優秀風格,建築師、設計師和工程師等已採用此一材料。

造訪我們的全球網站(英文),瞭解當今這種輕薄、耐用、可撓的玻璃如何使創新玻璃設計比以往更加實用。

靈感

其他材料都不能激發出更多創造性

反射、折射、透明度和顏色。

這些只是玻璃與光和其他材料發生相互作用的一些方式,由此可開發出驚人的設計、技術和藝術品。

造訪全球網站(英文),了解玻璃如何幫助工程師和藝術家利用材料讓想像變成現實。

How it Works:

Fusion Process

How it Works: 康寧熔融製程

康寧是全世界第一家在半空中製造特殊玻璃的製造商。 

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Vapor Deposition

How it Works: 氣相沉積

康寧採用氣相沉積製程生產了一些全世界最純淨的玻璃。了解工作原理。

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How it Works: 精密成型

康寧在精密成型領域的領導地位是完成某些最熱門創新工作的關鍵。看看背後的原理。

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