Delphi Vega Satin White 1300mm 2-Drawer Waterproof Bathroom Furniture Combination Unit
The largest combination in the Vega range, this 1300mm run puts a generous 800mm two-drawer basin unit alongside a 500mm back-to-wall WC unit, so a bigger family bathroom gets serious drawer storage as well as a coordinated toilet. The drawers run on soft-closing runners behind handle-less fronts, opened by the collection's integrated curved semi-circle recesses.
Every part of the run is a 100% waterproof polyurea and PVC construction, so it will not warp, swell or delaminate however steamy the room gets - a genuine advantage over conventional bathroom furniture. The wide 810mm soft-square ceramic basin gives the household plenty of elbow room, with rounded corners, a single central tap hole and an integrated overflow, while the slimline 300mm-deep WC unit keeps a flat top free for toiletries.
Bundle Contents
- 1 x Delphi Vega Satin White 800mm 2-Drawer Waterproof Basin Unit
- 1 x Delphi Vega Satin White 500mm Waterproof Back-to-Wall WC Unit
- 1 x Delphi Soft-Square Ceramic Furniture Basin - 810mm Wide - 1 Tap Hole
Product Features
- 1300mm floor-standing combination run pairing an 800mm 2-drawer basin unit with a 500mm back-to-wall WC unit
- 100% waterproof polyurea and PVC construction - will not warp, swell or delaminate with bathroom heat and moisture
- Handle-less design with integrated curved semi-circle handle recesses - no protruding hardware
- Two wide storage drawers on soft-closing runners
- Finished in Satin White
- Wide 810mm soft-square ceramic basin with rounded corners and a slim 40mm profile
- Single central pre-drilled tap hole suits a standard monobloc mixer tap
- Integrated overflow built into the basin
- Slimline WC unit measures 500mm (W) x 300mm (D) x 800mm (H)
- Overall dimensions: 1305mm (W) x 460mm (D) x 840mm (H)
- 5-year manufacturer guarantee
Important Information
- Furniture units and basin only - toilet pan, seat, cistern, tap, waste and trap are sold separately
- Requires a slotted basin waste due to the integrated overflow