The Hudson Reed 500mm 2 Drawer Wall Hung Unit (355MM) is a contemporary bathroom storage solution designed for smaller spaces where efficiency and style matter. Finished in a modern woodgrain effect, it introduces natural texture while maintaining a clean, streamlined appearance. Measuring 500mm wide, 540mm high and 383mm deep, this wall hung unit offers practical drawer storage without overwhelming compact layouts. The elevated installation keeps floor space visible, helping to create the illusion of a larger bathroom. Soft close functionality supports quieter daily use and helps limit wear from frequent opening and closing. Basin is sold separately, allowing you to select a compatible option to suit your preferred bathroom layout and design. Key Features 1. Woodgrain Finish: Contemporary woodgrain effect adds warmth and texture, complementing modern and natural bathroom interiors. 2. Wall Hung Design: Mounted above floor level to maintain visible space beneath and promote a lighter, open feel. 3. Soft Close Action: Integrated soft close mechanism reduces noise and helps minimise wear from regular use. 4. Compact Storage: Two drawer layout provides organised space for toiletries and everyday essentials in smaller bathrooms. 5. Coordinated Style: Designed to colour co-ordinate with matching WC units for a consistent bathroom scheme. This 500mm wall hung vanity unit is well suited to cloakrooms, en-suites and compact family bathrooms where space needs to be used carefully. The two drawer configuration helps keep surfaces clear while offering accessible storage for daily essentials. Its wall mounted design supports a streamlined layout and simplifies cleaning underneath the unit. The woodgrain finish introduces a natural touch that pairs easily with coordinating furniture and fittings. With soft close functionality supporting everyday use, it provides a practical and considered storage solution for modern UK homes.
Checkout happens on the official store. This page mirrors catalog facts in plain HTML for direct reading and crawlability.
