To meet all your project requirements, FINEO offers a range of specific products, each with its own advantages.
FINEO is much more than glass technology: it is pure comfort. This vacuum insulating glass combines exceptional thermal insulation with extreme thinness.
FINEO vacuum glazing allows in 15% more natural light than triple glazing. You will enjoy a brighter interior, an important advantage considering the role light has on our wellbeing.
FINEO vacuum glazing offers better soundproofing performance than other insulating glass units such as double or triple glazing. In particular for traffic noise, FINEO provides a reduction of about 6 dB. This corresponds to a division of noise sources by 2.
Thanks to the wide range of available products (6 different products), FINEO adapts to all the requirements of your project. Due to its thinness, the product is intended for new construction (tertiary and residential) but also for renovation, particularly of listed and historical buildings. FINEO is available in a multitude of shapes and also with an antique glass finish.
FINEO cares about the environment. The materials used for vacuum glazing are environmentally friendly, lead-free and 100% recyclable. FINEO is produced in Europe, close to the construction sites where it is installed.
FINEO is installed through a network of certified partners, a guarantee of quality and reliability in the execution of your project. In addition, FINEO is guaranteed for 20 years, which is more than the industry standard of 10 years. Vacuum glazing technology lasts much longer than 20 years, ensuring many years of peace of mind. FINEO exceeds by far the performance and longevity of ordinary insulating glass.
With a thickness of only 7.7 mm, FINEO glass is more than three times thinner than double glazing and almost six times thinner than triple glazing. This difference allows for more ecological transportation and easier installation due to the much lighter weight of the glass.
30 Gloucester Place, London is a listed building in the UK's capital. FINEO vacuum insulated glazing was chosen to preserve the building's original timber frames while improving its energy performance. The combination of Solar Control, Acoustic and Safety options enhances all its insulating capabilities, providing greater thermal and acoustic comfort as well as greater safety. The building now retains heat better in winter while preventing overheating in summer.
The Royal Observatory in Edinburgh is an emblematic listed building of the town. The old single glazings were easily replaced with FINEO insulating glazing, which, thanks to its thinness, made it possible to retain the original timber frames while improving thermal insulation. The building's authentic Scottish charm has thus been preserved.
Egyptian House and Dudley House are two listed buildings in the Piccadilly district of central London. The original single glazing were replaced by FINEO Acoustic glazing. As a result, the original architecture and charm of these 1905 buildings has been preserved. In addition to the thermal insulation provided by all our FINEO products, the Acoustic range also enhances the acoustic insulation of buildings, ensuring maximum comfort. It is the ideal product for these two listed buildings in the heart of the town center.
This old building needed to be renovated and the owner wanted the old effect of the glass to be restored. All this was possible thanks to FINEO Heritage Traditional Light vacuum insulating glazing. Its old-fashioned stretched-glass finishing has allowed the original charm of this old building to be reproduced exactly, while preserving the original wooden frames. In addition to its aesthetic appeal, FINEO has enhanced the building's thermal and acoustic insulation for maximum comfort.
For this project, FINEO Hybrid was used to reach unprecedent performances in terms of thermal insulation and acoustic. Belliard street is a highly frequented road, leading to unpleasant noise pollution. Thanks to FINEO Hybrid, it was possible to achieve very high acoustical attenuation in a limited thickness, allowing to increase the space inside the building.