Delphi Glade 600mm 2-Door Floor Standing Cloakroom Vanity Unit (inc Basin)
The 600mm Glade is the largest floor-standing model in this minimalist collection, offering the widest cupboard and basin while holding the projection to a shallow 353mm - the storage of a family-bathroom unit in a depth that still works in tight spaces. Twin soft-closing doors framed by softly rounded corners and a curved plinth carry the collection's signature soft-square look, finished with two slim chrome T-bar handles.
The matching ceramic basin follows the same soft-square styling in its widest 608mm size, with a slim 50mm profile, a single central tap hole on the rear ledge, and an integrated overflow with a round cover. The MDF cabinet is available in Soft Black, Satin Green, or Satin White, with a wall-hung 600mm alternative also offered in the range.
Bundle Contents
- 1 x Delphi Glade 600mm 2-Door Floor Standing Cloakroom Vanity Unit
- 1 x Delphi Ceramic Inset Furniture Basin - 608mm Wide - 1 Tap Hole
- 2 x Delphi Round T-Bar Handles - Chrome
Product Features
- 600mm floor-standing cloakroom vanity unit with integrated ceramic basin
- The widest floor-standing unit in the Glade collection for maximum storage and basin space
- Minimalist soft-square design with gently rounded front corners and matching curved plinth
- Two cupboard doors with soft-closing hinges provide easy access to the full width of the cabinet
- Internal shelf divides the cupboard into two storage levels
- Available in a choice of three finishes: Soft Black, Satin Green, and Satin White
- Chrome round T-bar handles included
- Cabinet manufactured from MDF
- Slim 50mm profile rectangular ceramic basin with soft-square styling to match the cabinet
- Single central pre-drilled tap hole and integrated overflow with round overflow cover
- Overall dimensions (unit plus basin): 608mm (W) x 353mm (D) x 863mm (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