Erin 1200mm Floorstanding 4 Drawer Vanity Unit & Double Countertop

The Erin 1200mm Floor Standing 4 Drawer Vanity Unit & Worktop with Optional Countertop Basins is an essential addition to any couple’s bathroom. Set apart by its space-saving attributes and seamless installation, it eliminates any time wasted searching for matching worktop sizes. The optional countertop basins feature sleek, minimal edges, allowing you to transition from a conventional worktop vanity to a contemporary and efficient 2-in-1 piece. There are an array of stunning finishes to choose from, whether you’re seeking a pop of colour or a timeless feature – there’s something for everyone.

Features:
• Available in a choice of 6 finishes:Gloss White, Black Charcoal, Matt Blue, Satin Green, Bleached Oak and Soft Black
• Select finishes made in Britain– Bleached Oak & Black Charcoal
• Bleached Oak &Black Charcoal finishes have a warm, authentic woodgrain texturethat mimics natural woods beauty
• Satin Green & Soft Black finishes provide the perfect balance of matt and glosswith a gorgeous soft, velvety texture
• The Soft Black finish offers a sophisticated, lighter tone that beautifully resembles dark grey in brighter rooms, and off-black in darker settings
• Generous spacefor storing towels and everyday necessities
• Optional modern 2 x vitreous china basins– glossy finish with resistance to stains and scratches
• Basins crafted from vitreous china, known for its resistance to stains and scratches, as well as easy cleaning
• Built from FSC certified woodwith 18mm cabinet thickness
• Supplied fully assembledfor quick and easy installation
• Drawers come un-drilled, offering you the opportunity to personalise your unit,
• Supplied with D-shaped Chrome finish handles
• Tap, waste and bottle trap sold separately– please see our recommended extras
• 5 yearmanufacturer’s guarantee

Dimensions:

• Unit &worktop –H818 x W1205 x D390mm
• Unit & Basins:H938 x W1205 x D390mm

Please note: due to the manufacturing process ceramic basins may have a +5/- 5mm tolerance on the measurements