This is a type of porcelain slab in a soft and concrete-inspired light gray, capturing light with its pale, cool gray hue, highlighting a blend of modern industrial style and rustic charm, presenting a clean and modest surface.

This is a 100% natural material, formed by sintering clay without crystalline silica and resin, crafting a refined aesthetic with an ultra-compact surface.

Tundra Grey features a soft, muted grey as its primary color, adorned with subtle variations and often displaying veins and swirls in shades of white and light grey.

Utilizing high technical digital printing and the Italian 44000 tons super pressing machine, it can replicate numerous luxury natural colors with remarkable accuracy.

This is a 100% natural material, formed by sintering clay without crystalline silica and resin, crafting a refined aesthetic with an ultra-compact surface.

Super White Dolomite is a stunning Brazilian grey beauty characterized by delicate veining in various shades, ranging from light to dark. These veins gracefully meander across the surface, imparting a subtle sense of motion and captivating visual allure.

This is a 100% natural material, formed by sintering clay without crystalline silica and resin, crafting a refined aesthetic with an ultra-compact surface.

Calacatta Bianco is a boldly luxurious marble-style surface. The stark contrast between its predominant white base and the striking veins enhances its overall luxurious allure.

This is a 100% natural material, formed by sintering clay without crystalline silica and resin, crafting a refined aesthetic with an ultra-compact surface.

Pandora features a coarse-grained surface, predominantly creamy white, highlighted by bold patches of gold, brown, and cream-colored veins. One of its most distinctive traits is the intricate and complex veining pattern, evoking a captivating sense of movement and texture.

This is a 100% natural material, formed by sintering clay without crystalline silica and resin, crafting a refined aesthetic with an ultra-compact surface.