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

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

The widest floor-standing unit in the Envoy range, the 800mm 2-drawer model adds a further 200mm of drawer and basin width over the 600mm version - a difference you notice every morning, in both worktop elbow room and what the drawers will swallow. The collection's gently curved drawer fronts and softly rounded corners keep the extra size looking soft and contemporary, finished with large, thin D-shaped chrome bar handles.

The full-width thin-edge ceramic basin is rectangular with soft square corners and a curved front to match the cabinet, and at 810mm across its wide bowl and rear tap ledge feel genuinely generous. A single central tap hole takes a standard monobloc mixer, and the MDF cabinet comes in Satin Green, Soft Black, or Satin White.

Bundle Contents

• 1 x Delphi Envoy 800mm 2-Drawer Floor Standing Vanity Unit
• 1 x Delphi Ceramic Furniture Basin - 810mm Wide - 1 Tap Hole
• 2 x Delphi Premium Stainless Steel Thin 320mm Bar Handles - Chrome

Product Features

• 800mm floor-standing vanity unit with integrated thin-edge ceramic basin
• The widest unit in the Envoy collection for maximum drawer storage and basin space
• Two full-width storage drawers running on soft-close runners
• Gently curved drawer fronts with softly rounded corners for a soft-square, modern look
• Large, thin D-shaped bar handles in chrome add a premium feel
• Available in a choice of three finishes: Satin Green, Soft Black, and Satin White
• Cabinet manufactured from MDF
• Slim 40mm profile rectangular ceramic basin with a wide bowl and rear tap ledge
• Single central pre-drilled tap hole suits standard monobloc basin 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