Danbury · Vanity Toilet Suites

Danbury 2 Door Vanity Unit and Toilet Suite with Glide Basin | Satin Grey | MDF | 1000mm

Bringing together vanity storage, basin and toilet in one coordinated design, the 1000mm Danbury suite is finished in a contemporary satin grey. Its floor standing design rests securely on the floor, suiting most bathroom layouts without extra bracing. Constructed from moisture-resistant satin board with shaker-style doors, it is built to cope with steam and splashes without losing its finish. As standard, soft-close hinges bring every door and drawer to a gentle stop. A pair of doors conceals a single shelf inside, keeping bottles and towels tidy and close to hand. A range of handle finishes is available to order, letting you tie the unit in with your existing taps and fittings. The unit is designed for a ceramic vanity basin, set into the worktop with a single tap hole. It arrives fully assembled, so there's no flat-pack building before installation. A back to wall toilet completes the suite, with the cistern concealed behind the furniture for a clean, unbroken line. A dual flush push button gives you the choice between a full and a reduced flush, helping cut down on water use. Key Features:1000mm floor standing vanity unit in Satin Grey Satin-finished, moisture-resistant board with classic shaker-style doors Every door and drawer soft-close as standard Two-door storage with an internal shelf Supplied with Glide Basin Complete suite with a back to wall toilet and concealed cistern Dual flush push button for water-saving flexibility Comes with handles fitted, plus alternative finishes to choose from Product Notes: Suite includes vanity unit, basin and toilet with cistern Comes fully assembled, skipping flat-pack construction altogether 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 Toilet Suite with Glide Basin | Satin Grey | MDF | 1000mm

90-day range £∞–-£∞ · average £NaN