Delphi Modulo 1200mm 4-Drawer Wall Hung Vanity Unit (inc Twin Basin)
Combining four soft-closing drawers with a twin-bowl basin, this 1200mm wall-hung unit is the drawer-based flagship of the Modulo range - his-and-hers washing on top, organised pull-out storage below, and clear floor underneath the lot. It brings a high-end fitted look to a shared main bathroom or en-suite from a single wall-mounted piece.
The one-piece polymarble basin top holds two rectangular bowls within its slim 40mm profile, each with its own central tap hole and integrated overflow. The resin-based top is lighter than ceramic and feels slightly warmer to the touch, with the scratch resistance a busy shared bathroom demands. Four chrome thick D-shaped square handles mark out the drawer fronts, finished in Bleached Oak, Anthracite, Charcoal, Gloss Grey, or Gloss White.
Bundle Contents
- 2 x Delphi Modulo 600mm 2-Drawer Wall Hung Vanity Unit
- 1 x Delphi Twin-Bowl Polymarble Furniture Basin - 1205mm Wide - 2 Tap Holes
- 4 x Chrome Thick D-Shaped Square Handles
Product Features
- Wall-hung 1200mm full-depth vanity unit supplied with twin-bowl inset polymarble basin
- Two rectangular bowls let two people use the basin at the same time
- Four storage drawers with soft-closing runners
- Wall-mounted design keeps the floor beneath clear for easy cleaning
- Thick D-shaped square handles in chrome to match the unit's block design
- Modular design - install stand-alone or combine with other Modulo units for a fitted-style run
- Available in Bleached Oak, Anthracite, Charcoal, Gloss Grey, and Gloss White
- Cabinet manufactured from MFC
- Slim 40mm profile polymarble basin top with two bowls - resin-based with resistance to chips, scratches, and discolouration
- Two central tap holes, one per bowl, each with an integrated overflow and round cover
- Overall dimensions: 1205mm (W) x 360mm (D) x 579mm (H)
- 5-year manufacturer guarantee
Important Information
- Vanity unit and basin only - taps, wastes, and traps are sold separately
- Requires slotted basin wastes due to the integrated overflows