Wüest M. 51 Wykes M. 82 Yamaguchi M. 17 Ybarra G. 129 Yubero F ...
Wüest M. 51 Wykes M. 82 Yamaguchi M. 17 Ybarra G. 129 Yubero F ...
Wüest M. 51 Wykes M. 82 Yamaguchi M. 17 Ybarra G. 129 Yubero F ...
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JUNE 26 TUESDAY MORNING<br />
JS1-TuM-INV.2 SURFACE TREATMENTS FOR INDUSTRIAL GLASSES J.M. Marco.<br />
Responsable de I+D. Ariño Duglass S.A. La Puebla de Alfinden, Zaragoza. Spain<br />
Glass, as architectural material, has extraordinary characteristics against other transparent materials<br />
in relation to its durability and technical performances. In addition of the intrinsic material characteristics,<br />
glass is subjected to different transformation processes in order to achieve a final product that<br />
fulfils all the requirements demanded in actual architecture. Improvements in mechanical resistance,<br />
safety against breakage, thermal isolation or solar control, are reached by means of several kinds of<br />
treatments. Some of these important performances are only possible through surface processing technologies.<br />
In this presentation, a general overview of the main manufacturing process for industrial glass will be<br />
exposed, underlining the common surface treatments used in this sector. A brief introduction to<br />
products manufactured by pyrolysis and sputtering in order to improve the solar control and thermal<br />
isolation will be presented, exposing real application and performance achieved.<br />
Another important requirement that glass must fulfil is the control over its aesthetic aspect. Application<br />
of paints and enamels by silkprint, roll coating or digital inkjet systems allows to modify the<br />
colour, texture and visual aspect of glass, customizing each architectonical project. Last developments<br />
in float glass decoration and direct application of these products will be presented.<br />
Also, laminated glass technologies give the opportunity to modify the general behaviour of glass, in<br />
this sense it is possible to incorporate a coated or decorated PET that expands the uses of glass. The<br />
possibility to integrate liquid crystal polymers in laminated glass open a way to produce active windows.<br />
Finally, a prospect about new developments expected in the sector will be outlined.<br />
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