Delphi Polaris 800mm 2-Drawer Floor Standing Vanity Unit (inc Basin)

Delphi Polaris 800mm 2-Drawer Floor Standing Vanity Unit (inc Basin)

Stepping up from the 600mm model, the 800mm Polaris floor-standing unit gives you an extra 200mm of drawer width and basin space - a comfortable choice for a family bathroom where one washing station does a lot of work. The two wide drawer fronts keep the collection's soft-square faces and crescent handle recesses, so the extra size reads as generous rather than bulky.

Up top sits the widest basin in the range: an 810mm ceramic inset basin shaped as a soft rectangle with gently curved corners and a slim 40mm edge. Its rear ledge carries a single central tap hole, with an integrated round-covered overflow in the bowl, and the MDF cabinet comes in Satin Blue, Satin Green, Satin Grey, Soft Black, or Satin White.

Bundle Contents

• 1 x Delphi Polaris 800mm 2-Drawer Floor Standing Vanity Unit
• 1 x Delphi Ceramic Inset Furniture Basin - 810mm Wide - 1 Tap Hole

Product Features

• Wide 800mm floor-standing vanity unit with integrated ceramic basin
• The largest floor-standing unit in the Polaris collection for maximum drawer and basin space
• Crescent-shaped handle recess integrated into each drawer front - no separate handles required
• Soft-square drawer faces with gently rounded corners for a smooth, modern silhouette
• Two full-width storage drawers with soft-closing runners
• Available in five satin finishes: Satin Blue, Satin Green, Satin Grey, Soft Black, and Satin White
• Cabinet manufactured from MDF
• Slim 40mm profile rectangular ceramic basin with gently curved corners to match the cabinet
• Single central pre-drilled tap hole on the basin's rear ledge suits standard monobloc mixer taps
• Integrated overflow with round overflow cover
• Overall dimensions (unit plus basin): 810mm (W) x 460mm (D) x 840mm (H)
• 5-year manufacturer guarantee

Important Information

• Vanity unit and basin only - tap, waste, and trap are sold separately
• Requires a slotted basin waste due to the integrated overflow