Referenzen

This project is all about modernity, innovation and research at the highest level as well as pure aesthetics. The pharmaceutical group Roche is investing a total of over one billion euros to bring together around 1.800 employees from around 60 nations under one roof in the new research and development centre (pRED - Pharma Research and Early Development).

We are more than proud to have been part of something really big through our client, Jegen AG, and to have contributed to such flexible and state-of-the-art workplaces for more collaboration and communication and sustainable medical solutions.

In order to combine the desired aesthetics with all the necessary functions for the workspace, our curved fire-resistant glass, including sound insulation, was integrated into a high-quality oak frame. We carried out intensive fire safety tests in advance for both the curved glass in the frame and the frameless curved glass to ensure absolute protection. In cooperation with Jegen AG, we thus accompanied the entire process from development and production through to the realization and installation of the glass.

A total of around 1.200 m² of fire-resistant glass was installed, including both EI30 and EI60 classifications in mono and insulating glass. This included 426 individual panes and 32 curved panes, covering an area of around 90 m².

Our most recent project is in Amstelveen in the Netherlands, on the outskirts of Amsterdam. On an area of 40,000 m², we fitted a total of seven residential complexes named after Olympic cities with thermal and solar control glass.

The 14,000 m² park offers a wide range of sports and leisure facilities, and, last but not least, space for a huge underground park with plenty of parking spaces, combining action with modernity and aesthetics.

 

In order to make the complex as aesthetically pleasing and safe as possible, we supplied our customer Alkondor from Hengelo with a total of 7,775 m² of thermal and solar control glass for the facades of the residential complexes, which found place in aluminium windows and aluminium frames.

The large glass fronts of the modern residential buildings provide sun-drenched retreats with a view of the parks on the outskirts of Amsterdam.

Our Sun Energy double-glazed solar control glass on the south and east façades and the Hero Top S 1.0 heat-insulating glass with 2-fold glazing on the north and west façades provide optimum protection from the sun and a particularly pleasant living experience.

In the medium-sized town of Frechen, in the immediate vicinity of the Cologne metropolitan region, a place is being created that combines innovative architecture with sustainable concepts with the result of a modern living space.

The NEOBEL quarter offers multifunctional, climate-friendly and lively residential and commercial spaces with a high quality of stay. For this future-oriented project, we supplied a custom-made glazing system with an area of in total 4,000 square meters.

This is high-quality, partly curved triple solar control glass with integrated sound insulation, which was installed in the building complexes. Our insulating glass is ideal for soundproofing, solar control, privacy, fire and burglary protection.

The elegantly curved glass also meets the aesthetic requirements of modern architecture. The project proves that our product solutions set new standards in terms of energy efficiency, acoustic comfort and design.

For the office building in Elland, West Yorkshire, we worked with the British metal fabricator Arkoni to create a state-of-the-art, fire-resistant facade system as well as interior doors and partition walls. We were able to successfully implement the high requirements for safety, acoustics and design across four floors.

A total of 152 m² of our Hero-Fire glass, consisting of 86 individually manufactured panes, was installed.

With 28 mm Hero-Fire EI30 for the facade frames and 24 mm for the doors, we were able to guarantee both optimum fire protection and sound insulation of at least 43 dB. In addition, our innovative production methods enabled us to reduce the number of panes in the glass laminate, thereby lowering the material costs for the end user. This project shows how we combine high quality products with efficient solutions to meet the highest demands in modern construction.