Delphi Polaris 800mm 2-Drawer Wall Hung Vanity Unit (inc Basin)
The largest wall-hung unit in the Polaris collection pairs an 800mm-wide two-drawer cabinet with the floating installation that makes a bathroom feel bigger - full family-sized storage with nothing touching the floor. Both wide drawer fronts wear the range's signature look: soft-square faces with a crescent-shaped handle recess curved into each one, so the design stays completely flush.
It is finished with the collection's widest basin, an 810mm ceramic soft rectangle with gently curved corners and a slim 40mm profile, giving plenty of bowl room plus a rear ledge with a single central tap hole. An integrated overflow with a round cover is built in, and the MDF cabinet is available in Satin Blue, Satin Green, Satin Grey, Soft Black, or Satin White.
Bundle Contents
- 1 x Delphi Polaris 800mm 2-Drawer Wall Hung Vanity Unit
- 1 x Delphi Ceramic Inset Furniture Basin - 810mm Wide - 1 Tap Hole
Product Features
- Wide 800mm wall-hung vanity unit with integrated ceramic basin - the largest wall-hung model in the Polaris collection
- Wall-mounted design keeps the floor beneath clear for easy cleaning and a more spacious feel
- 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 540mm (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