At the edition of Cersaie in Bologna which ended last October, Supergres ceramics, One of the brands belonging to the Concorde Group, presented, among other collections, a line of tiles in white body dedicated to the lining of the bathroom area.
The collection in question was renamed DRESS UP and, in the Supergres catalog, it is the second collection produced in the 25 × 75 cm format, after the Petali line.
It is precisely this format, large, elongated and not adjusted, is one of the distinguishing characteristics of this series of tiles: the cutting makes it possible to achieve elegant bathrooms, elegant and prestigious.
On the surface, the graphic texture is extremely lightweight and has been proposed in 5 colors to be used in combination or individually. The colors are neutral and delicate, in line with the colors currently in fashion in bathroom furnishings.
Another of the peculiar features of the Dress Up series is theabbinabilità of various colors with each other, an advantage for those who choose these tiles for your bathroom.
La satin finish touch is pleasantly soft and velvety.
Dress Up is also distinguished by the range of decorations, tone on tone, which allows to obtain elegant, refined and precious results, able to interpret different tastes and styles, which have in common the search for elegance.
The decorations are proposed 4:
- STRIPES decoration, available in two versions: in warm and cold shades
- WAVE decoration, available on all colors and made with the use of precious metallic materials, glitter that draw light waves on the walls, discrete waves, for a pleasant tone-on-tone aesthetic result
- FLOWER decoration, with a feminine, refined and elegant taste, available in the white and ivory version
- BRICK decoration, mounted on mesh and available in warm and cold shades, characterized by geometric and linear rods that mark the walls, for environments with a modern and rigorous design
Dress Up For the series are also available for special items, the edges to achieve high quality finishing and finishing the volumes of the environments.
