Product Specification
Measurements: 50cm x 60cm x 20cm (width x height x depth)
Material(s): Wood, glass, metal
Colour: White, gold
This White Reeded Glass Wall Cabinet is a stylish, contemporary storage choice for any bathroom, kitchen or office space. Made of wood, this wall cabinet has a white painted finish and reeded glass fronted doors. It comes complete with Gold handles.
Perfect for storing toiletries, make up, kitchen accessories or other small items. This fabulous cabinet could blend into modern, vintage or art deco inspired spaces.
Ideal for lovers of simple design and reeded glass. This wall cabinet is also available in Black.
Part of a large collection of Shelving & Wall Storage available in a wide array of sizes, sizes, colours and finishes.
Want to see more items like this? Browse our full Storage collection for more ideas.
Colour: White, gold
Material(s): Wood, glass, metal
Weight: 9.00KG
Fully assembled
50cm x 60cm x 20cm (width x height x depth)
This beautiful white reeded glass wall cabinet is a sophisticated storage solution that adds elegance and practicality to any room. Its sleek design, featuring glass panels with a reeded texture, offers a unique aesthetic while maintaining a level of privacy. Typically mounted on walls, these cabinets are versatile in their use, finding homes in kitchens, bathrooms, living rooms, and offices alike. They serve as repositories for various items, from dishes and toiletries to books and decorative pieces, keeping spaces organized and clutter-free. The transparent or semi-transparent nature of the glass allows for easy visibility of stored items, making it ideal for both storage and display purposes. Additionally, the white finish of the frame complements a range of interior styles, while the reeded texture adds visual interest and texture to the cabinet, making it a stylish focal point in any room. Whether maximizing space, enhancing lighting, or adding a touch of sophistication to the decor, a white reeded glass wall cabinet is a versatile and practical addition to any space.