Hybrid element façade
The ECO_N is the first hybrid façade among the Lindner element façades: The combination of timber modules and aluminium combines cost-effectiveness with sustainability.
Wood as a Real All-rounder
The CO2-neutral wood has a positive influence on the eco-balance of the façade: As a structurally effective component, the wood module in the ECO_N contributes to a 20 to 30 % reduction in CO2, depending on the type of design.
The economic aspect of using wood in the ECO_N element façade is explained by its construction: In the fusion of wood and aluminium profiles, the different properties were conscientiously matched to each other. Thus, the long-term value retention is ensured – this in turn makes the façade particularly sustainable.
Focus on Sustainability
In the ECO_N façade, pure materials with maximum recyclability are used. Lindner focuses on transparency regarding the life cycle assessment and integrated environmental management: All Lindner façades are therefore assessed and certified according to LEED, DNGB and BREEAM on a property-specific basis. The Cradle to Cradle Certified® Silver award also confirms the recyclability of the unitised facades. These certifications, awarded by independent institutions, are of great importance to investors when evaluating their property.
Wood spreads a warm atmosphere in the room – the façade skin with the wood material creates a direct link to nature and thus significantly improves the feeling of living.
The modular combination of coloured partial surfaces of the aluminium profiles with the timber modules, as is possible with ECO_N 80, results in an exclusive and modern appearance. There is a wide range of wood types to choose from – of course, these can also be designed differently from room to room. Independently of this, the exterior appearance of the façade can also be individualised.
The hybrid façade consistently continues the advantages of the proven basic Lindner ECO construction made of aluminium with its clear sealing and functional levels: The patented PA press strip meets high thermal insulation requirements and the timber module was placed protected from moisture. In the ceiling connection area, the wooden module is replaced with non-combustible materials – a clear advantage in terms of fire protection.
Thanks to prefabricated and high-quality façade elements, the installation on the construction site is also quick and on schedule.
- patented spring clip mounting
- patented PA press strip
- external face width: 80 mm (2 x 32.5 mm cover strip + 15 mm joint)
- internal face width: 80 mm (wood/aluminium look) or 100 mm (wood look)
- very good heat and moisture protection
- integration of aluminium opening elements or wood/aluminium systems
- features can be integrated, e.g. LED strips
- fully compatible with the Lindner ECO aluminium system and therefore interchangeable within the element
BEMO: Extraordinary Hotel Project in France
01.07.2021 - Lindner subsidiary BEMO, a specialist for façades and roofs, is part of a hotel project with 42 unique aluminium cocoons on the estate of the Château des Pères in Brittany, France. These will serve as hotel rooms in the future and offer a breath taking view of the surrounding nature. read more
Calculation of the Carbon Footprint of Building Envelopes
16.06.2021 - To give customers the opportunity to calculate the environmental footprint of their building envelope, Lindner shares its know-how in Life Cycle Assessments: By modelling buildings in a software, the CO2 emissions of building envelopes can be calculated for the completion process as well as for the expected service life. read more
UK MARKET LEADERS PRATER AND LINDNER FACADES MERGE
22.04.2021 - Lindner Group companies Prater Ltd and Lindner Facades Ltd are merging to become Lindner Prater. This is the result of 10 years of strategy evolution, which will allow the two businesses covering the division facades and building envelope to provide an integrated approach, improved synergies and greater collective resources for the construction industry. read more