7 mm OF LIGHTNESS
The lightness of ThinQ slabs allows to cover surfaces which, until now, could not be realized with such a precious material as quartz agglomerate. ThinQ especially addresses to the interior decoration and furniture sectors, which are very sensitive to the marriage between luxurious finishes and lightness of material.
7 mm OF VERSATILITY
The minimum thickness of ThinQ slabs, added to their wide size (305x140cm) gives the possibility to create one’s own fittings style and allows to cover every kind of surface, providing a sophisticated aspect. ThinQ comes from the idea of developing a revolutionary product ready to be moulded by the creative mind of designers.
7 mm OF PRACTICALITY
Due to the reduction of the slabs weight, ThinQ production results in considerable logistic advantages. The simplification of material handling allows a sensible lowering of costs. ThinQ allows to save money and time in renovating kitchens and vanity tops, without giving up on the agglomerated stone.
7 mm OF EASINESS
Cladding, coverings, surfaces: ThinQ slabs are suitable for many different design applications. Its lightness and its thickness enable it to be easily applied on already existing tops, without the need of replacing them. ThinQ is the real answer for the realization of certain spaces, such as bathrooms, which will be part of a wider residential building.
7 mm OF RESISTANCE
ThinQ is above all a guarantee of quality; the quartz agglomerate preserves its typical properties, being resistant to scratching, it is easy to maintain and it is made to last. ThinQ turns out to be particularly suitable for the furniture in public buildings, Horeca, special residential projects.
7 mm OF ELEGANCE
ThinQ gives elegance to the surrounding environment and allows to invent sophisticated solutions for either public or private spaces. ThinQ offers a range of colours and textures that can be easily combined one with the other.
7 mm OF INNOVATION
ThinQ is extremely innovative: no other product can compete with its characteristics. It is the result of the study and the research in the field of new materials and their use in the world of architecture and design.