3D
The 3D collection comprises a high-quality white body and glazed porcelain stoneware wall tiles in two colours and five three-dimensional patterns. The three-dimensional aesthetics enhance both tactile and visual aspects. It gives shape, refinement, and character to any room and brings originality and sophistication to any residential or commercial project.
Sizes: 40x80cm
Finish: Matt
Thickness: 8.5mm
Key features & benefits:
Abrasion resistance (ISO 10545-7) > durability
Low porosity and water absorption (≤ 0,1%) > Suitable for all rooms and resistant to chemical attack
Three-dimensional structure > visual and tactile enhancement
Rectified > almost invisible joint-lines and modularity
The 3D collection comprises a high-quality white body and glazed porcelain stoneware wall tiles in two colours and five three-dimensional patterns. The three-dimensional aesthetics enhance both tactile and visual aspects. It gives shape, refinement, and character to any room and brings originality and sophistication to any residential or commercial project.
Sizes: 40x80cm
Finish: Matt
Thickness: 8.5mm
Key features & benefits:
Abrasion resistance (ISO 10545-7) > durability
Low porosity and water absorption (≤ 0,1%) > Suitable for all rooms and resistant to chemical attack
Three-dimensional structure > visual and tactile enhancement
Rectified > almost invisible joint-lines and modularity
The 3D collection comprises a high-quality white body and glazed porcelain stoneware wall tiles in two colours and five three-dimensional patterns. The three-dimensional aesthetics enhance both tactile and visual aspects. It gives shape, refinement, and character to any room and brings originality and sophistication to any residential or commercial project.
Sizes: 40x80cm
Finish: Matt
Thickness: 8.5mm
Key features & benefits:
Abrasion resistance (ISO 10545-7) > durability
Low porosity and water absorption (≤ 0,1%) > Suitable for all rooms and resistant to chemical attack
Three-dimensional structure > visual and tactile enhancement
Rectified > almost invisible joint-lines and modularity
