HUDSON REED · Wall Hung Vanity Units

Hudson Reed Lille Matt Wall Hung Single Drawer Vanity Unit with Carrera Marble Worktop | Fern Green | MFC | 600mm

Model Number: LIL3122CMT Introducing the Hudson Reed Lille Matt Fern Green 600mm Wall Hung Single Drawer Vanity Unit with Carrera Marble Worktop, a perfect blend of modern elegance and functional design. This stunning vanity unit brings a touch of sophistication to your bathroom while providing ample storage space. The unique fern green finish offers a contemporary twist, allowing it to seamlessly integrate into various bathroom styles. The vanity unit is crafted from high-quality MFC, ensuring durability and longevity while maintaining a stylish appearance. The square shape and wall-hung design not only save valuable floor space but also create an illusion of a larger room, making it ideal for compact bathrooms. The luxurious Carrera marble worktop complements the vibrant matt fern green cabinet, providing a striking contrast that elevates the overall aesthetic. Designed for practicality, the single drawer glides smoothly, offering easy access to your essentials while keeping the surface clutter-free. The drawer's soft-close mechanism ensures quiet and gentle closure, enhancing the overall user experience. Additionally, the unit is delivered fully assembled, allowing for a quick and hassle-free installation process, so you can start enjoying your new bathroom upgrade right away. Key Features: Luxurious Carrera marble worktop for a premium finish Spacious single drawer with soft-close technology Stunning matt fern green finish to brighten your space Wall-hung design for a modern, space-saving solution Fully assembled for quick and easy installation 5-year guarantee for peace of mind Comprising Of: 600mm x 460mm Carrera Marble Worktop - LOM96046 Matt Fern Green 600mm Wall Hung Single Drawer Vanity Unit - NFF3122W:600mm x H:431mm x D:455mm | Hudson Reed Lille Matt Wall Hung Single Drawer Vanity Unit with Carrera Marble Worktop | Fern Green | MFC | 600mm

90-day range £∞–-£∞ · average £NaN