HUDSON REED · Freestanding Vanity Units

Hudson Reed Urban Floor Standing 2 Door Vanity Unit and Minimalist Ceramic Basin | Satin Grey | MDF | 500mm

Model Number: URB207B Transform your bathroom space with the Hudson Reed Urban Satin Grey 500mm Floor Standing 2 Door Vanity Unit and Minimalist Ceramic Basin. This stunning unit combines contemporary aesthetics with practical functionality, making it an ideal choice for modern homes. The sleek satin grey finish offers a sophisticated touch, while the minimalist design ensures it seamlessly integrates into any bathroom decor. This vanity unit features two spacious doors, providing ample storage for your bathroom essentials. The soft-close mechanism guarantees a smooth, silent operation, eliminating the risk of slamming and enhancing durability. Crafted from high-quality MDF, this unit is designed to withstand the daily rigours of bathroom use while maintaining its elegant appearance. The accompanying 500mm Minimalist Furniture Basin is the perfect complement, featuring a contemporary single tap hole that is compatible with a mono basin mixer tap, allowing for easy and efficient use. The basin also includes a built-in overflow for added safety and convenience. With its stylish design and practical features, this vanity unit is not just a storage solution; it’s a statement piece for your bathroom. Key Features: Elegant satin grey finish that enhances modern decor Two door design with soft-close mechanism for quiet operation High-quality MDF construction for durability Minimalist ceramic basin with a central tap hole for convenience Built-in overflow for added safety No assembly required, ready for immediate use Comprising Of: 390 500mm Minimalist Furniture Basin W:500mm x H:170mm x D:390mm Urban Satin Grey 500mm Floor Standing 2 Door Vanity Unit - URB223W:500mm x H:810mm x D:383mm Product Notes: Basin tap and waste sold separately unless specified. | Hudson Reed Urban Floor Standing 2 Door Vanity Unit and Minimalist Ceramic Basin | Satin Grey | MDF | 500mm

90-day range £∞–-£∞ · average £NaN