HUDSON REED · Freestanding Vanity Units

Hudson Reed Lille Woodgrain 2 Drawer Vanity Unit and White Marble Coutnertop with a Square Ceramic Basin | Bleached Oak | MFC | 800mm

Model Number: LIL3035WS1 Elevate your bathroom's style with the Hudson Reed Lille Bleached Oak Woodgrain 800mm 2 Drawer Vanity Unit, featuring a stunning white marble countertop and a square ceramic basin. This modern vanity unit seamlessly combines functionality and aesthetic appeal, making it an essential addition for any contemporary bathroom setting. Crafted with meticulous attention to detail, it showcases a beautiful bleached oak finish that adds warmth and sophistication to your space. The Lille vanity unit is designed with two spacious drawers, providing ample storage for your bathroom essentials while maintaining a clean and organised appearance. The sleek, rectangular shape of the ceramic basin offers a modern touch, and its single tap hole is compatible with a mono basin mixer tap, allowing for a streamlined look that enhances usability. The durable white marble countertop not only complements the bleached oak woodgrain but is also easy to clean, making it a practical choice for busy households. Constructed from high-quality MFC, this unit promises longevity and durability, backed by a 5-year guarantee. The unit's D-shaped handles add an elegant finishing touch, while the floor-mounted design ensures stability and ease of use. Whether you're renovating your bathroom or designing a new one, the Hudson Reed Lille vanity unit will undoubtedly enhance your space's overall look and functionality. Key Features: Stylish bleached oak woodgrain finish Two spacious drawers for ample storage Durable white marble countertop Modern rectangular ceramic basin Compatible with mono basin mixer tap 5-year guarantee for peace of mind Product Notes: Basin tap and waste sold separately unless specified. | Hudson Reed Lille Woodgrain 2 Drawer Vanity Unit and White Marble Coutnertop with a Square Ceramic Basin | Bleached Oak | MFC | 800mm

90-day range £∞–-£∞ · average £NaN