Discover the thoughtful use of colour, materials and... lighting!
Project description
Ref: RC17PA
- surface area 9.24m²
- freestanding washbasin unit to measure
- freestanding bath
- walk-in shower
- wall-mounted toilet
- radiator
LED strips as functional design.
- Optimised lighting for a special spatial ambiance.
- Sense of space enhanced by cleverly placed indirect lighting.
- Enhanced sense of height and length thanks to a combination of LED-strips and indirect lighting.
Contrast for originality and dynamism.
- By playing with colours and contrasting materials.
- Such as these cool, dark tiles against the warm and cosy wooden washbasin unit.
- These contrasts create a dynamic and original perception of the space.
The know-how of a specialist.
Slip resistance: an important element in the choice of floor tiles.
When choosing tiles for damp rooms such as the bathroom, we always take slip resistance into account.
- Extremely important when choosing bathroom tiles.
- Determined by surface roughness and wear resistance.
- The size of the tiles and the grout joints affects slip resistance.
- Greater slip resistance is recommended for walk-in showers.
MDF for stability and moisture resistance.
- The washbasin unit is built of MDF, with a thick veneer finish (3mm).
- Very difficult to distinguish from solid wood.
- Strong and stable thanks to layered material.
- Does not warp in damp rooms such as the bathroom.
Materials used
- freestanding made-to-measure washbasin unit
- double washbasin Clou Wash Me in mineral marble
- freestanding tap Keuco edition 11 single lever
- freestanding bath Tenby Ilot acrylic
- standing bath mixer-tap Keuco edition 11
- walk-in shower Futurion flat tub quaryl with Advantix Vario shower drain
- shower head Kueco edition 11
- shower tap Kueco IXMO
- wall-mounted toilet Geberit systemfix Durastyle Rimless
- radiator Radson Paros electric with towel rail
- mirrors Antonio Lupi Alterego double-sided swivel matt stainless steel
- LED strip ceiling 2700K warm white
- LED strip toilet RGB with motion sensor