Hudson Reed Fusion Wall Hung 2 Soft Close Door Vanity Unit without Basin, Modern Compact Bathroom Furniture in Hacienda Black Soft Close, 500mm

The Hudson Reed Fusion Wall Hung 2 Door Vanity Unit, Compact 500mm in Hacienda Black is a contemporary bathroom storage solution designed to suit smaller spaces without compromising on style. Measuring 500mm wide, 540mm high and 353mm deep, this compact unit provides practical cupboard space while maintaining a streamlined appearance. The striking charcoal black finish creates a warming effect, adding depth and character to modern bathroom interiors. Its wall hung installation keeps the floor area clear, helping to create the illusion of a larger room. The two doors are fitted with soft close mechanisms to support quieter everyday use and reduce daily wear.

• Key Features
• 1. Compact Proportions: 500mm width and 353mm depth make this unit suitable for smaller bathrooms, offering useful storage without overwhelming the layout.
• 2. Wall Hung Design: Raised installation frees up visible floor space, contributing to a more open feel and allowing easier access for cleaning underneath.
• 3. Charcoal Finish: Hacienda Black surface delivers a bold, warming tone that enhances contemporary bathroom schemes with added visual contrast.
• 4. Soft Close Doors: Twin doors feature soft close functionality to reduce noise and help minimise strain on hinges during regular use.
• 5. Coordinated Storage: Designed to complement matching units, allowing you to create a consistent and well-organised bathroom arrangement.
• This 500mm Fusion wall hung vanity unit offers a practical and visually striking option for compact bathrooms. Its reduced footprint makes it well suited to en suites and smaller family bathrooms, while the wall mounted format helps maintain a clean, uncluttered look. The Hacienda Black finish introduces a strong contemporary character that pairs easily with a variety of fixtures and fittings. Soft close doors support smooth daily operation and contribute to maintaining the unit’s condition over time.