Crosswater Tambour 800mm One Drawer Wall Hung Vanity with 1TH Basin - Soft Clay

Crosswater Tambour 800mm One Drawer Wall Hung Vanity with 1TH Basin - Soft Clay

Make a statement in your modern bathroom design with the Tambour vanity unit. This unique piece features a stunning contrast of light wood fluted detail and a smooth, rounded front, making it ideal for the contemporary home.

The wall hung design creates a sleek, contemporary appearance in your bathroom. Its handleless design contributes to a minimalist aesthetic by eliminating harsh details. The spacious, full-extension drawer provides ample storage space for your essentials, keeping your bathroom tidy and organised. The soft-close functionality ensures smooth, quiet operation, maintaining the tranquillity of your bathroom.

Finished with a stone resin basin, this vanity unit offers everything you need for a modern wash area. The gentle, curved design of the basin perfectly complements the soft curvature of the Tambour door design. Supplied with one tap hole, you can complete your basin with a modern mixer tap.

Available in 800mm and 600mm sizes, with a choice of Sage Green, White Matt, and Soft Clay finishes, you can find the perfect vanity unit for your modern bathroom design with Tambour.

Product Details 

• Finish: Soft Clay
• Overall Dimensions: (W)806 x (D)475 x (H)463mm
• Mounting: Wall Hung
• Drawers: 1
• Stone resin basin
• Tap Holes: 1 Tap Hole
• Assembly: Fully assembled
• Drawer Features: Soft close, pull to open, full extension drawers with 3-way adjustment (30kg weight capacity)
• Wall Hangers: 3-way adjustment and safety lock (120kg weight capacity when fitted to a solid wall)
• Top Drawer: Cut out for services
• Overflow: Includes chrome overflow cover

 

Tap and waste not included.

Guarantee: 10 Years

Please note: Unit is water resistant, but not waterproof. All spillages and splashes should be wiped dry, failure to do so may shorten the life expectancy of the product and invalidate any guarantees.

Images are for illustrative purposes.

All measurements are approximate