Hudson Reed Juno Wall Hung 1-Drawer Vanity and Thin-Edge 1 Tap Hole Basin, Timeless Sink Vanity Unit, Coastal Grey, 600mm

The Hudson Reed Juno Wall Hung 1-Drawer Vanity Unit with Thin-Edge 1 Tap Hole Basin in Coastal Grey is a sleek and modern sink vanity unit ideal for compact and contemporary bathroom layouts. At just 600mm wide, the floating design maximises floor space and creates a more open and airy feel Constructed from moisture-resistant MFC, this wall hung vanity unit is designed to endure daily use in bathrooms and en-suites. The integrated drawer includes soft-close runners and a stylish D-shape handle, making it smooth and quiet to use. Topped with a high quality Thin-Edge ceramic basin, this vanity unit with basin comes pre-drilled with a 1 tap hole, ready for easy monobloc tap installation. Supplied rigid and fully assembled, this unit is simple to fit into your bathroom layout. Key Features: 1. Modern Coastal Grey Finish: The calming Coastal Grey finish adds a designer accent that complements neutral, bold, or nature-inspired bathrooms. 2. Floating Wall Hung Frame: The wall hung design frees up floor space and helps create the impression of a larger, more open bathroom. 3. Soft Close Drawer Storage: Fitted with soft-close runners and a D-shape handle, the drawer opens smoothly and shuts quietly to reduce wear over time. 4. Harmonised Bathroom Style: Coordinate your bathroom design by pairing this unit with other matching Coastal Grey fittings from the Juno collection. 5. Thin-Edge Ceramic Basin: Features a high quality vitreous china basin with a refined thin-edge profile and pre-drilled 1 tap hole for monobloc taps. This 600mm vanity unit in bathroom layouts is ideal for those seeking minimalist elegance and practical storage. The compact, wall mounted design makes cleaning around the unit effortless. Its thin-edge basin adds a modern touch with a slim, lightweight appearance. Built with high quality materials to withstand daily use in busy homes. Backed by a 5-year manufacturer guarantee for long-term reliability.