SandWood; the stunning wood effect tile in a versatile 598x185mm format, boasting a modern white oak colouration and a sophisticated matt finish. Crafted from high-quality porcelain with expertly pressed edges, it effortlessly combines the warmth of wood with the durability of tiles for an elegant and lasting flooring solution.
Key Features:
R9 - Best used in dry indoor areas: Bathrooms*, kitchens*, hallways*, living rooms, bedrooms and studies.
Generally, smooth surface gloss or matt tiles which can produce a slip hazard when wet, as a shoe may slide over the tiles
*Suitable matting should be in place to absorb water splashes etcR10 - Best used in indoor or outdoor areas where there may be minimal wetting remaining on the surface: Bathrooms, kitchens, hallways, food courts, and commercial areas with external entrances.
The tile surface will generally be a textured matt glaze, sometimes with a slight surface structure, designed to prevent shoes from sliding over their surface.
R11 - Best used in areas which may be subject to heavy wetting of the surface: Wetrooms, exposed balconies, patios.
The tile surface will usually be a heavier textured matt glaze, sometimes with a slight surface structure, designed to prevent shoes from sliding over their surface. Designed for both indoor and outdoor areas, where there can also be the presence of other surface contaminants, such as liquid soaps and leaf debris.
R12 - Best used in areas which may be subject to heavy wetting of the surface: Wetrooms, exposed balconies, patios, swimming pool surrounds, factory production lines, vehicle inspection pits
The tile surface will often have deep recesses to drain water and other liquid contaminants from the raised surface areas.
R13 - Best used in areas which may be subject to heavy wetting of the surface combined with other contaminants, steps or ramps: Commercial swimming pool and spa surrounds, Factory production lines, vehicle inspection pits
The tile surface will have very deep recesses to drain water and other liquid contaminants, such as oils from the raised surface areas and are designed for commercial areas including industrial process areas where there is dangerous equipment present
Mathew Williamson 08/12/23
Verified Buyer
Neil 21/11/23
Verified Buyer
Jodie 25/10/23
Is it water proof
Our advice: The tile itself is porcelain and so is not porous.
Eva 16/12/23
would this tile be suitable for a bathroom floor?
Our advice: Yes, this tile is suitable for a bathroom installation.
TFW17 31/12/23
Is this suitable for bathrooms?
Our advice: This tile is suitable for use in a bathroom. Please note the tile holds an R9 anti-slip rating which would be deemed best used in dry indoor areas: Bathrooms*, kitchens*, hallways*, living rooms, bedrooms and studies. Generally, smooth surface gloss or matt tiles which can produce a slip hazard when wet, as a shoe may slide over the tiles *Suitable matting should be in place to absorb water splashes etc
Nicola 08/01/24
Are these waterproof
Our advice: As long as the tiles are installed correctly the project will be waterproof.
Steven Hendry 30/01/24
would these be suitable to install in a extension to be used as a bar with concrete sub floor
Our advice: Yes, these tiles would be suitable.
Gemma 12/02/24
What grout has been used in the photographs of this tile?
Our advice: We couldn't say. To achieve a similar look we would suggest using our Ultracolor Beige 132 Flexible Grout 5kg SKU: 6013205A.
Laura 10/02/24
Can these tiles be used outdoors?
Our advice: These tiles can in some cases be installed outside, please bear in mind they would need to be installed onto a cured concrete base and adhered using a full bed of exterior tile adhesive. The tiles have an R10 anti-slip rating which would be deemed best used in indoor or outdoor areas where there may be minimal wetting remaining on the surface: Bathrooms, kitchens, hallways, food courts, and commercial areas with external entrances. The tile surface will generally be a textured matt glaze, sometimes with a slight surface structure, designed to prevent shoes from sliding over their surface.