back to top
GS86
'GS8603
 
 
GS86
GS8603
COLOURS & STYLES
BACK
THE STORY
GS86 is a 18mm thick stone-effect tile collection, designed for outdoor spaces that require exceptional durability and strength. Its sturdy construction makes it ideal for high-traffic areas while maintaining a natural aesthetic.
MATERIAL
Glazed Porcelain Tile
APPLICATION
Wall
Floor
COUNTRY OF ORIGIN
China
VARIATION
Shade and Veins Variation
AVAILABLE DIMENSIONS
(L)600 × (W)600 × (H)18 mm
FINISH
Structured
FINISH
Structured
you may also be interested in
Reve
The Reve tile collection is based on the bold chromatic reworking of marbles with wonderful shades expressed in highly contemporary colours. These tiles have been created with the exclusive 3D Shaped Technology, which is part of the production process to provide maximum realism while preserving the characteristics of strength, durability and ease of cleaning typical of porcelain.
Ardesia
Expertly crafted to replicate stone materials, Ardesia tile collection features subtle veining patterns that flow across each tile, creating a harmonious and delicate design. The result is a surface that radiates timeless sophistication, bringing an understated yet powerful elegance to your floors and walls.
Miniature Cera
Miniature Cera tile collection is expressed through a palette of colours that provide colour balance and an elegant combination of pigments: the colour is saturated even in the lightest shades but never flat. The slight light-darkness of the layers, reminiscent of pigment deposits, obtains an original graphic play that enriches the walls. Miniature Cera is designed for contemporary environments and can be easily combined with other materials and finishes: plain colours, wood, metal, resins, stones and marble can be matched to recreate the harmony of your preferred environment.
Eterna
The best of nature with something more. Eterna was inspired by a meticulous selection of natural stones. NovaBell reproduces and highlights the finest vein patterns, inclusions and shades to create new, fresh surface combinations.