CondominiUM
IN Aosta
ventilated facade
| Type | Residential building – condominium |
| Intervention | Renovation |
| Location | Aosta (AO) |
| Facade insulation | Isotec Parete with black stiffener, 80 mm thickness, 500 mm pitch |
| Facade cladding | Wood-effect composite aluminium panels |
The project
The condominium, which underwent energy-efficiency upgrade works financed through the 110% Superbonus incentive, is located in the heart of Aosta, in the Dora district, an area shaped by post-war urbanisation that developed significantly from the 1960s onwards to meet growing housing needs. The building, characterised by a typical slatted configuration and consisting of six above-ground floors, required a redevelopment plan aimed at improving its energy performance and enhancing the appearance of its facades, while also meeting contemporary sustainability requirements and ensuring greater living comfort.
The intervention
The intervention involved the construction of a ventilated and insulated facade using the Isotec Parete System. The panels, installed vertically, were selected in the version with a black metal stiffener to ensure they remained discreet between the cladding joints. The wood-effect composite aluminium finish was fixed to the Isotec Parete metal stiffener using rivets. This solution combines technology and design, offering an elegant and contemporary visual impact that harmoniously blends with the surrounding urban context. The window and door frames, along with the metal details made from white pre-painted profiles, complete the project with a clean and luminous finish. In this condominium, the Isotec Parete System with a thickness of 80 mm was used for the ventilated facades, while traditional plaster-coated cladding was applied to the facade areas corresponding to the balconies.
The result
The energy efficiency and aesthetic upgrade of the condominium was completed quickly, thanks to the light weight, manoeuvrability and ease of installation of the system. The possibility of working directly on the existing structure without removing the previous cladding allowed significant savings in both cost and time.
