Danbury · Vanity Toilet Suites

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

Finished in a contemporary satin grey, this 1000mm Danbury vanity unit forms the centrepiece of a complete floor standing suite. As a floor standing unit, it stands on its own base, making it a straightforward fit in most bathrooms. Moisture-resistant board and a satin surface give the unit the durability a bathroom demands, finished with a shaker-style door front. Every door and drawer runs on soft-close hinges, fitted as standard, for quiet, controlled closing. Below the basin, one soft-close drawer offers a compact spot for everyday essentials. 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 moulded furniture basin, shaped to sit neatly on top of the unit with a single tap hole. No assembly is required. It's delivered ready-built for installation straight out of the box. A back to wall toilet completes the suite, with the cistern concealed behind the furniture for a clean, unbroken line. It's operated by a dual flush push button, letting you choose a full or reduced flush to save water where you can. Key Features:1000mm floor standing vanity unit in Satin Grey Moisture-resistant board with a smooth satin finish and shaker-style doors Every door and drawer soft-close as standard Single soft-close drawer for smaller items Supplied with Angel Basin Complete suite with a back to wall toilet and concealed cistern Dual flush push button for water-saving flexibility Handles included as standard, with further finishes on offer Product Notes: Suite includes vanity unit, basin and toilet with cistern No flat-pack assembly needed, delivered ready-built Choose the handle finish that best suits your bathroom scheme Comes in four Danbury shades: Satin White, Satin Grey, Satin Anthracite and Satin Green | Danbury 2 Door Vanity Unit and Toilet Suite with Angel Basin | Satin Grey | MDF | 1000mm

90-day range £∞–-£∞ · average £NaN