back to top
BEIGE MARBLE
'Crema Adria
 
 
BEIGE MARBLE
Crema Adria
COLOURS & STYLES
BACK
THE STORY
Classic, magnificent and timeless, marble’s luxurious exterior captivates the attention of all, adding beauty to any space it’s in.
MATERIAL
Marble
FEATURES
Polished finish.
COUNTRY OF ORIGIN
Italy
AVAILABLE DIMENSIONS
Slab size (20 mm)
you may also be interested in
PC61393
Featuring bold, striking veins, PC61393 marble effect tiles bring a dramatic and luxurious look to any space, combining the timeless appeal of marble with a modern, sophisticated design.
Pietra d'Orvieto
Pietra d'Orvieto tile collection is inspired by a particular carbonate rock extracted in central Italy, near the city of the same name. Its refined design, characterised by delicate features and marked by light streaks of dark brown, makes it an icon of elegance. The natural version, through the innovative ‘Realistic 3D vein effect’ technology, allows for the grooves of the veins on the surface to coincide with the texture of the underlying design for a truly realistic aesthetic and tactile effect on par with natural quarry stone.
Ulisse
Inspired by a very continuous and homogeneous limestone, the Ulisse tile collection is born. A very soft collection with a micro-grained background and small irregular inlays scattered along the surface. The elegant surface, with its natural and soft colours, is ideal for creating continuity in your interior and exterior spaces, making the tile collection suitable for any impeccable, refined and balanced setting.
AntiBacterial
Element Ceramics' glazed porcelain tile collection showcases realistic marble veins and aesthetics. The tile collection also features anti-bacterial properties for a safer and cleaner living environment.

Element Ceramics' antibacterial surface uses Zinc Ion technology. Zinc ions are an antimicrobial agent that can be used against various bacterial strains. A bio-safe material that is non-toxic to human (cells), Zinc ions can stop the growth of bacterial by interacting with the bacterial surface or entering inside the bacterial cells. This disrupts the bacterial enzyme system by displacing magnesium ions essential for the enzymatic activity of bacteria and subsequently, showing a significant bactericidal effect.