HUDSON REED · Wall Hung Vanity Units

Hudson Reed Urban Wall Hung 2 Drawer Vanity Unit and Curved Ceramic Basin | Satin Green | MDF | 800mm

Model Number: URB806G Transform your bathroom space with the Hudson Reed Urban Satin Green 800mm Wall Hung 2 Drawer Vanity Unit and Curved Ceramic Basin. This modern vanity unit combines contemporary style with practicality, making it an ideal choice for both compact and spacious bathrooms. Its elegant satin green finish adds a touch of sophistication, while the curved ceramic basin provides a soft, inviting appearance that complements any decor. Designed with functionality in mind, this vanity unit features two spacious drawers that offer ample storage for your bathroom essentials. The soft close mechanism ensures that the drawers close gently and quietly, preventing any accidental slamming. Crafted from high-quality MDF, the unit promises durability and longevity, allowing you to enjoy its beauty for years to come. The included basin has a convenient centre tap hole, perfect for a mono basin mixer tap, making installation straightforward and efficient. The wall-hung design not only maximises floor space but also enhances the visual appeal of your bathroom, creating an airy, open atmosphere. This unit is suitable for a wide range of bathroom styles, from modern to traditional, making it a versatile addition to any home. Key Features: Stylish satin green finish adds a modern touch Two soft-close drawers for silent and smooth operation Curved ceramic basin for a contemporary aesthetic Wall hung design to save floor space Compatible with mono basin mixer taps Durable MDF construction for lasting quality 5-year guarantee for peace of mind Comprising Of: 390 800mm Curved Furniture Basin W:810mm x H:160mm x D:440mm Urban Satin Green 800mm Wall Hung 2 Drawer Vanity Unit - URB895W:800mm x H:500mm x D:383mm Product Notes: Basin tap and waste sold separately unless specified. | Hudson Reed Urban Wall Hung 2 Drawer Vanity Unit and Curved Ceramic Basin | Satin Green | MDF | 800mm

90-day range £∞–-£∞ · average £NaN