Delphi Hayloft 500mm 2-Door Floor Standing Vanity Unit (inc Fireclay 1TH Basin)
The 500mm Hayloft is the most compact floor-standing unit in this premium farmhouse collection, pairing two framed shaker-style doors with vertical slatted shiplap side panels that carry the country-cottage look right around the cabinet. At just 406mm deep overall it slips into a cloakroom or a narrow family bathroom without crowding the walkway, while minimalist chrome knob handles keep the frontage tidy and traditional.
Up top sits a premium fireclay basin with classic raised detailing - fired at extremely high temperature and sealed under a thick non-porous glaze, it shrugs off the chips and knocks that catch out ordinary ceramic. A single central tap hole takes a monobloc mixer, and the MFC cabinet comes in Soft Black, Satin Green, Pebble Grey, Satin Grey, and Satin White.
Bundle Contents
- 1 x Delphi Hayloft 500mm 2-Door Floor Standing Vanity Unit
- 1 x Delphi Traditional Fireclay Furniture Basin - 530mm Wide - 1 Tap Hole
- 2 x Delphi Traditional Round Knob Handles - Chrome
Product Features
- Compact 500mm floor-standing vanity unit supplied with a premium fireclay basin
- Farmhouse design with framed shaker-style doors and vertical slatted shiplap-style side panels
- Two cupboard doors with an internal shelf keep everyday essentials organised
- Soft-closing hinges on both doors for quiet, controlled operation
- Minimalist rounded chrome knob handles included
- Available in a choice of five finishes: Soft Black, Satin Green, Pebble Grey, Satin Grey, and Satin White
- Cabinet manufactured from MFC
- Rectangular premium fireclay basin with traditional detailing and a 66mm profile
- Single central pre-drilled tap hole suits standard monobloc basin mixer taps
- Integrated overflow with oval overflow cover
- Overall dimensions (unit plus basin): 530mm (W) x 406mm (D) x 866mm (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