Details, dimensions & features
CHOICEWARDROBE Darnell 120cm White Sliding Wardrobe
Discover the CHOICEWARDROBE Darnell 120cm white 2-door sliding wardrobe, a modern, space-saving storage solution designed to enhance both style and practicality in your bedroom. This wardrobe is perfect for contemporary spaces, offering smart organization and effortless access with its smooth sliding mechanism.
Storage
Inside, you’ll find an efficient storage setup featuring double hanging rails for maximum capacity, ideal for organising shirts, dresses, and jackets. Complementary internal shelving provides convenient compartments for folded clothing, accessories, and everyday essentials, ensuring your belongings are neatly stored and easily accessible.
Style
Finished in an elegant white, the Darnell wardrobe boasts a clean and modern aesthetic that effortlessly complements a wide range of bedroom decors. Its full-length mirrored door not only adds a touch of sophistication but also enhances the sense of light and space, making your room feel brighter and more expansive. The minimalist design ensures it blends seamlessly with both modern and classic interiors.
Key Features
- White Finish: Clean and modern, easy to match with any décor.
- 2 Smooth Sliding Doors: Space-saving design ideal for smaller rooms.
- Full-Length Mirror: Enhances light and adds depth to your bedroom.
- Double Hanging Rails: Maximises storage for shirts, dresses, and jackets.
- Internal Shelving: Convenient compartments for folded clothing or accessories.
- Durable Construction: Crafted from 16 mm particle board for strength and stability.
Dimensions
- Width: 120 cm
- Height: 181.6 cm
- Depth: 57.7 cm
Product Details
- Material: Particle Board
- Finish: White
- Doors: 2 Sliding Doors (1 Mirrored)
- Internal Layout: 2 Hanging Rails + Shelving Sections
- Assembly: Flat-Packed (2-Person Recommended)
Upgrade your bedroom with the CHOICEWARDROBE Darnell 2 Door Sliding Wardrobe — a perfect combination of modern elegance, mirrored brilliance, and functional organization.