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In a move that continues the recent upward trend of international deal-making, Jurawatt is delighted to confirm the sale of an entire container of DESERT solar modules to Bangladesh.
SCHOTT NARIMA glass is particularly suited to landmark architecture, like opera houses, memorials, museums, and flagship shopping destinations.
J. v. G. Thoma, the Bavarian-based solar power specialists, are pleased to announce the final acceptance of two robot layups for DESERT solar panel production in Turkey that will create 240 MW of solar panels in total.
Unexplored depths: the world’s largest telescope will peer out into space with technology from Mainz
M2 will be the largest convex mirror ever produced.
Prof. Tang Qunwei develops graphene solar panels that generate energy when it rains.
SolarWindow anticipates installing these sheets of electricity-generating glass veneers over existing skyscraper windows, turning entire buildings into vertical power generators.
The 14th Otto Schott Research Award recognizes three researchers for their diverse findings on the strength of glass.
The 14th Otto Schott Research Award honors three researchers from three continents for their groundbreaking findings on the strength of glass
Packed halls and high spirits among exhibitors and visitors: Intersolar and ees Europe draw to a close today after great success.
Since early researchers first became aware of their potentially deadly effects, the only confirmed form of protection available to those who were required to work with X-rays, gamma rays and similar emissions, was to conceal themselves behind lead…
SCHOTT’s glass wafers and substrates are transforming radio frequency components and micro-electromechanical systems. Advanced materials from SCHOTT, the international technology group and specialty glass experts, are shaking up the electronics…
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.
In April 2016 the Russian Ministry of Industry held a meeting on the issue of the adjustment of import duties on glass for the production of solar cells.
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.
Written by Anne Fischer - A Vienna high-rise building’s architecture required a variety of solar modules in different shape and sizes, thus demanding a power electronics solution that could go beyond the typical PV design.
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…
Maximum efficiency in solar panels thanks to solar glass with new AR coating technology Şişecam Flat Glass introduces a new product to the industry: Solar Glass with special method Anti-Reflective Coating.
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.