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| New multimedia platform highlights innovations made possible with glass - SCHOTT, the international technology group, has launched an online platform that showcases the innovative potential of glass.
| Technology group receives award for its ultra-thin glass in the category large companies Thinner than a human hair and yet so flexible that it can be wrapped around your little finger. It is flexible like plastic, but asstable as glass.
| The international technology group SCHOTT AG has closed the sales of its CSP (Concentrated Solar Power) business to Rioglass Solar by agreement with the regulatory bodies.
| A new online platform launched by the technology group SCHOTT shows how the age-old material glass now unfolds its power of innovation more than ever before.
| The special glass expert SCHOTT is presenting ultra-thin glasses that enable various functionalities in printed electronic components as a flexible substrate material (Hall B0, Booth 106) at the leading international trade fair for printed and…
| That’s the world’s strongest thinnest glass. And yes, it bends too. We recently traveled to San Francisco and New York and gave members of the media the chance to touch (and bend) our ultra-thin glass.
| The special glass expert SCHOTT will be presenting ultra-thin glasses that enable various functionalities in printed electronic components as a flexible substrate material (Hall B0, Stand 106) at the leading international trade fair for printed…
| Effective July 1, 2016, Dr. Jens Schulte (44) will serve as the new CFO of SCHOTT AG. He will be responsible for the areas of Finance, Information Technology and Purchasing. Dr.
| 1891 was a year of invention and discovery. The Wrigley Company launched what would become a gum empire, Thomas Edison patented the motion picture camera, James Naismith thought up basketball, and the escalator was invented.
| From streaming of breathtaking sports events to high-tech material research: without borosilicate glass to protect cameras or for use in neutron conductors, such modern applications would not be possible.
| The next big thing is rarely that. More often it’s a collection of next little things. Let me put it another way: Often, what elevates a must-have gadget or life-changing technology into the next big thing is the components that make it possible.
| The funny thing about good design is it’s easy to miss. The best designs simultaneously add more than the sum of their parts and fade into their surroundings.
| The restoration glasses TIKANA®, RESTOVER® and GOETHEGLAS will be focused by the technology group SCHOTT at its premiere at Monumento, the trade fair on monument preservation, to be held in Salzburg, Austria, from January 28 - 30, 2016 (Hall 10,…
| Successfully assessed for the ranges E 30 to E 90 and EI 30 to EI 60 - SCHOTT’s fire-resistance glass products PYRAN® S and PYRANOVA® received UK approval for use in the timber doors of six major door blank manufacturers.
| Prof. Volker Rupertus honored for his many years of active involvement in the International Commission on Glass The International Commission on Glass (ICG) has presented its prestigious Turner Award to SCHOTT researcher Prof.
| Flexible but very strong micrometer thin glass is taking-off as a key component in cellphones, wearables, and IoT sensors Glass thinner than a human hair but strong and flexible is now being used in a wide variety of high-tech applications.
| In order for it not to crack or melt when exposed to the high temperatures generated by a naked flame, only fire resistant glass is suitable for certain applications.
| Dichroic filters as well as hot and cold mirrors rely on the combination of BOROFLOAT®’s product characteristics High quality functional coatings enable a large variety of customized light management design options – especially when based on a…
| Nature’s color wheel is a thing of beauty – the deep ocean blues, vibrant rose reds, deep lilac purples, fiery sunset oranges, and lush grass greens all around us are truly perfect. But recreating those vibrant colors is far from easy.
| It’s thinner than human hair, as flexible as paper, and extremely tough. It’s a material on which engineers are building the future of smart devices.