From a simple “option” to an ethical and conscious choice, sustainability really matters today and Athesys, with the renovation of its headquarters, wanted to give a real demonstration of this.
An environment with precise architectural standards, but based on the eco-sustainability of the materials used. The request was immediately reflected in the natural cork finishing proposed by Nesite Interior, chosen by Ahesys for both the floor and walls for its extraordinary characteristics.
Cork, in fact, has intrinsic properties that improve acoustics, walking comfort, preserves air quality, is antistatic, non-toxic and hypoallergenic, resistant to mould and bacteria, as well as excellent thermal insulation, while ensuring breathability. The raised floor chosen, moreover, has been made with 100% FSC Recycled certified wooden conglomerate panels.
The glass walls, with their minimalist design, have been designed to guarantee maximum visual lightness, so as to highlight the architectural environment and give lightness to the spaces.
MATERIAL SUPPLIED
• 350 m² of Raised Floor Composed of Chipboard Panels, 38 mm thick, and Natural Cork Finishing, 4 mm thick.
• Wall Cladding with fir wood back structure and natural cork panels anchorage.
CORK RAISED FLOOR IS NESITE’S NEW PROPOSAL MADE FROM NATURAL MATERIALS, A ZERO-IMPACT SOLUTION ON THE ENVIRONMENT WITH EXCELLENT MECHANICAL AND PHYSICAL CHARACTERISTICS. CORK PERFORMANCE • ACOUSTIC IMPROVEMENT → thanks to its honeycomb structure (40 million capsules of air / cm3), cork absorbs vibrations and sound waves. Tests confirm that the use of cork reduces footfall noises up to 53% compared to laminates.
Nesite in the project restoration of Palazzo Bonaparte in Rome Together with Arthemisia, Generali Italia has transformed with a major restoration project Palazzo Bonaparte in Rome, creating a center of art and beauty. THE PROJECT With about three thousand square meters of richly decorated spaces and a peculiar balcony facing Piazza Venezia, Palazzo Bonaparte is
The works has included the development of concept design, detailed design and the subsequent design and build implementation of the New York University Abu Dhabi Campus.