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| Glass is a fantastic material… but sometimes it breaks.
| Structural glass can be used as a fantastic alternative to a traditional façade system.
| With so many different configurations for our glass structures, choosing a design can get a little overwhelming. However, the selection process can be simplified by understanding the different purposes of the structure.
| To provide stiffness, shading and privacy with abundant daylight and a feeling of openness for restaurant extensions and an entrance canopy to a London hotel, we used glass sandwich panels with aluminium honeycomb core.
| 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.
| From flooring to roofing, there are many architectural uses for glass. But today, beyond your average glass fixtures and simple glass structures, buildings made entirely of glass are gaining popularity in major cities across the world.
| The term ‘Wind Load’ is used to refer to any pressures or forces that the wind exerts on a building or structure. There are actually three types of wind forces that would be exerted on a building.
| The façade as a synthesis of building elements, nowadays is the most important building part in terms of performance and architectural design. It is not only the aesthetics that make the façade so significant.
| The façade plays a major role in a building, as it is usually the largest coherent entity in a building.
| Laminated safety glass is an excellent choice for building construction—here’s why.
| “Fire-protection” vs. “fire-resistive.” How should a building code official understand these often confused terms when considering fire-rated glass?
| 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.
| When the visual presence of materials decreases, the maximal transparency creates astounding beauty. In order to enhance transparency, clearer and lighter structures should be used.
| Enhanced strength, edge performance and visual clarity of SentryGlas® interlayer key to The Shanghai Tower’s unique twisting double skin glass façade
| Today’s functional buildings tend to have shapes that go much further than pure expediency, and glass is therefore used more and more frequently as a structural support element.
| Full glass structures can appear to be practically invisible and the observer experiences the wonderful sensation of seeing a floating, weightless and totally transparent structure, as if it‘s almost not there.
| A desire for more thermally efficient glazing systems has led the development of new proprietary triple and even quadruple glazed insulated glazing units (IGUs) to be used in some buildings.
| 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.
| Furnaces are currently inspected on a regular basis with thermal imaging sensors and other techniques that heavily rely on experience of the plant personnel.
| Since September 2015, the HTL (Polytechnic Glass) Kramsach in Tyrol is using a LiSEC cutting table „base CUT“ for the education of the students.
| Today lightness and transparency are properties that both architects and clients try to obtain. This has rapidly increased the use of glass in facades.
| Thanks to the laminating and toughening of glass panels, we are able to make strong, safe and resilient structures out of glass.