Butler & Rose Darcy Vanity Unit with Belfast Basin

For the perfect element of traditional style in your bathroom, the Butler & Rose Darcy vanity unit with Belfast basin is everything you need and more! With a sleek option of finishes and stunning soft close cupboard doors for silently storing those bathroom essentials, the Darcy is utterly irresistible. Not only is this traditionally designed piece simply beautiful, but the Darcy boasts some pretty practical elements too; take for example the raised front of the unit to avoid water damage, adjustable wooden shelving, or pre-drilled tap hole for pairing with a mono basin mixer. With all of that, a gorgeous aesthetic design, and a two year manufacturer’s guarantee, of course you’re tempted!

Features

• Traditionally designed floor standing vanity unit and stylish Belfast basin
• Available in 5 finishes: Matt Grey, Chalk White, Sapphire Blue, Shadow Grey & Almond Beige
• Adjustable wooden shelving
• Soft close cupboard doors - to keep the peace in the bathroom
• 1 pre-drilled tap hole in the basin, so you can choose a mono basin mixer to suit your style
• Front of unit is raised to avoid water damage
• Unit comes pre-assembled for fuss-free easy installation
• Vanity unit made from: 18mm moisture resistant MDF with E1 Certification
• Supplied with: ceramic Belfast basin, chrome overflow hole and brushed stainless steel knob handles
• Brushed stainless steel door knobs included, or upgrade to brushed brass or matt black knobs, please see our recommended extras and note for this unit, you'll need to add two to your basket
• Tap and waste sold separately, please see recommended extras
• 2 year manufacturer's guarantee

Dimensions

• Height: 868mm
• Width: 667mm
• Depth: 323/420mm

Basin Dimensions

• Height: 150mm
• Width: 575mm
• Depth: 420mm

• Due to the basin being ceramic it may have a tolerance of +/-5% on the measurements above. This is due to the manufacturing process. As ceramic is a natural material, once it has been fired in the kiln it can expand or contract ever so slightly causing slight fluctuations to the measurements stated above.