The distinctive trumpet shape of Snooze, combined with the variable density and thickness of the polyester fiber from which it is made and the complete absence of frames, ensures acoustic absorption performance that is significantly superior for the same surface area.
The possibility of using the same panels for wall, ceiling or suspended configurations, of creating orthogonal, diamond shaped or free compositions, and of combining the standard version with the integrated lighting version makes Snooze an extremely flexible system, adaptable to any situation and context. The installation system is highly intuitive and, above all, allows panels to be removed and reinstalled for maintenance or updates through very simple operations and without the need for any tools. Each panel consists of a polyester fiber core and a removable textile cover. This makes it possible, perhaps for the first time in this product category, to easily remove and wash the panel covering, as well as to replace it without difficulty in case of damage or changing aesthetic requirements. The removable cover allows exceptional flexibility in terms of freedom of choice regarding the quality and color of the fabric, up to the possibility of coordinating it with the upholstery of other furnishing elements.
These characteristics also ensure complete disassembly of all components and the total absence of adhesives between the panel and the fabric, unlike other solutions. Above all, the possibility of removing, washing or replacing the cover introduces a concept that is increasingly central in contemporary sustainability research: the fundamental characteristic is not recyclability, but durability. The ability to wash or replace the fabric in case of dirt, stains or wear, as well as to extend the product’s life by updating its chromatic and expressive qualities in line with changing tastes, perfectly meets this objective, making the Snooze system truly eco friendly. Finally, the distinctive shape of the panel allows it to be self supporting despite reduced sections and weight. Combined with the minimal number of components and their simplicity, this makes it possible to achieve significant cost control while delivering clearly superior performance and perceived quality.
