Danbury · Vanity Toilet Suites

Danbury 2 Door Vanity Unit and Windsor Toilet Suite with Glide Basin | Satin Grey | MDF | 800mm

Bringing together vanity storage, basin and toilet in one coordinated design, the 800mm Danbury suite is finished in a contemporary satin grey. Being floor standing, it sits directly on the floor for a stable, traditional installation. The carcass is built from moisture-resistant board with a satin finish and a shaker-style door profile, built to withstand the everyday humidity of a working bathroom. As standard, soft-close hinges bring every door and drawer to a gentle stop. Behind its two doors sits a shelf for stowing away bathroom essentials. Handles are supplied ready-fitted, with a further choice of finishes available so the unit can be matched to your taps and accessories. The unit is designed for a ceramic vanity basin, set into the worktop with a single tap hole. Delivered fully assembled, it's ready to fit as soon as it arrives. The Windsor close coupled toilet completes the suite, its cistern sitting flush against the pan for a neat, space-saving finish. A dual flush push button gives you the choice between a full and a reduced flush, helping cut down on water use. Key Features:800mm floor standing vanity unit in Satin Grey Satin finish over moisture-resistant board, with shaker-style door fronts Every door and drawer soft-close as standard Two-door storage with an internal shelf Supplied with Glide Basin Complete suite with Windsor close coupled toilet Dual flush push button for water-saving flexibility Fitted handles as standard, with other finishes available to order Product Notes: Suite includes vanity unit, basin and toilet with cistern Ready-built on arrival, with no flat-pack construction involved Handle finish is yours to choose, for a look that's entirely your own Available in four Danbury finishes: Satin White, Satin Grey, Satin Anthracite and Satin Green | Danbury 2 Door Vanity Unit and Windsor Toilet Suite with Glide Basin | Satin Grey | MDF | 800mm

90-day range £∞–-£∞ · average £NaN