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| Numerous innovations have been seen in the last decades concerning new façade technologies. These were driven by new materials or new applications of known materials, such as glued-on wall structures (structural glazing) in the 60’s and 70’s.
| This paper will discuss the psychology of perception, threshold, and emotion in interior glass design.
| The aim of this paper is to show that it is possible to reduce costs while maintaining clear architectural, constructive and structural concepts.
| New technological advances in glass have taken curved glass fabrication to different levels of complexity and performance in the last few years, and design continues to drive into new frontiers.
| Researchers and engineers search for solutions to achieve transparent lightweight structures combined with high structural performance.
| The compatibility of two or more materials consists in their capacity to co-exist in juxtaposition for an indeterminate period of time without manifesting signs of detachment (delamination), discoloration or alterations produced by chemical interactions.
| The construction typology of the curtain wall arose with Joseph Paxton’s Crystal Palace and accelerated in the 20th century.
| This year the special show will address the four focal themes Interactive Façades/Display Glass, Energy and Performance, Structural Glass and New Technologies.
| A facade shouldn’t just dictate how a building looks, but how it works — especially in the harsh climate of Saudi Arabia.
| This article will focus on the edge stability of PVB and ionoplast laminates and address the potential causes of blemishes.
| With the myriad of glass type available now, it is often confusing what to choose in terms of safety, thermal and solar performance and balancing cost with the benefits on offer.
| Glass is a fantastic material… but sometimes it breaks.
| Structural glass can be used as a fantastic alternative to a traditional façade system.
| When it comes to safety glass, there are generally two options that architects and designers of today will tend specify: toughened glass and laminated glass.
| Laminated safety glass is an excellent choice for building construction—here’s why.
| Laminated safety glass with SentryGlas® ionoplast interlayer has played a key role in enabling the design of an 100-foot-tall glass fin lobby wall on the 150 North Riverside Plaza office building in Chicago, Illinois, USA.
| sedak GmbH & Co.KG, Germany, operates the largest insulating glass line in the world – about extraordinary glass processing and the role of LiSEC.
| Stiff PVB is suitable for a much wider range of applications than more traditional PVB interlayers.
| Multiple glass options offer customized ways to suit different building needs.
| For a period of time now the use of Double-Skin Facades have increased due to their relevant usage and profit with respect to their possession of increased energy efficiency and daylighting improvement.
| Enhanced strength, edge performance and visual clarity of SentryGlas® interlayer key to The Shanghai Tower’s unique twisting double skin glass façade
| The lighter bands used in the Cultural Center Väven were created using glazed panels that deployed a specialist Trosifol® PVB interlayer called Diamond White, from Kuraray.
| A More Sustainable Approach for Future Façades
| Thanks to the laminating and toughening of glass panels, we are able to make strong, safe and resilient structures out of glass.
| For more than 80 years, Eastman has been the world’s leading manufacturer of protective interlayer for laminated glass.