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| Skaala was founded in 1956 as a one-man company. The father of the two current owners, Hannu and Markku Hautanen, was a carpenter and already in those days, he processed glass while repairing doors and windows.
| Cost cutting, it is often said, is difficult in glass production and processing as this sector is characterised by manual processes.
| Multiple glass options offer customized ways to suit different building needs.
| Since Oribay began with its Oritape production (commercial brand for its own adhesives), 92% of their customers have already chosen this alternative.
| 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.
| 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.
| In August 2013, the LiSEC development team started a major project with the mission: redesign of the tempering furnaces in order to save manufacturing costs and at the same time increase the process reliability. Result: the AEROFLAT.
| 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.
| “Thank you for all the services your company has provided for us. We really appreciate all, the great installation and startup of the RC200™. We are very happy with the outcome of our new furnace.”
| Touchscreen displays, LED technology and ultra-thin glasses: The multifunctional diversity of glass in IT and architecture will, in the long term, lead to a combination of both.
| 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.
| Modern, transparent and prestigious – large glass façades are very much in vogue for office complexes and industrial buildings.
| “UniGlass is committed to stay at the forefront of the technological trends. We want to make sure we can offer our customers the total range of glass products that they need for their projects.”
| A More Sustainable Approach for Future Façades
| For the past five years, Nile Aluminium & Metals Company, or AluNile, has had very positive experiences with Glaston's first FC500™ tempering furnace sold outside Finland.
| Today lightness and transparency are properties that both architects and clients try to obtain. This has rapidly increased the use of glass in facades.
| Electronically tintable glass can offer a solution which avoids having to trade off daylight and views with energy performance and occupant comfort, allowing more glass to be used without energy penalty and without causing thermal or visual discomfort for occupants.
| Thanks to the laminating and toughening of glass panels, we are able to make strong, safe and resilient structures out of glass.
| Being highly focused on flat glass processes for partitioning used in the office industry, Tufwell Glass Ltd has carved out a unique and resilient position for itself in southeast region of England.
| Glass, a material with the unique property to let light inside an area, is normally used in building practice as just an enclosure. Its use in facades is also due to its chemically inert properties; it can be cleaned easily and remains good for many years.
| A new method of manufacturing glass could lead to the production of ‘designer glasses’ with applications in advanced photonics, whilst also facilitating industrial scale carbon capture and storage.