Nora 2 Door White & Oak Mirrored 120cm Sliding Door Wardrobe NO-01

The Nora range is the perfect space saving wardrobe for your bedroom. Made from 16mm high-quality laminated board and 120cm in width. These sliding door wardrobes are a perfect fit for those smaller spaces whilst also having a minimalistic finish blending into any décor. The smooth sliding doors which glide from side to side, allow for more space in your room. The Nora features partial mirrored fronts across both doors, so you get to check your outfit out before you leave. Not to mention the light reflecting off the mirrors to visually enlarge your space

The Nora sliding wardrobe comes with 6 separate compartments. On the right is a hanging rail, just what you need for those suits and dresses. With 2 higher shelves to stow away items like boxes and suitcases. To the right of the wardrobe there are 4 shelves, ideal for your jeans and jewellery with able space at the bottom for your favourite pair of trainers. Expertly crafted to last, these wardrobes are the perfect addition to your home and the ideal way to declutter.

Some key features of the Nora Sliding Door Wardrobe Include:

• Finished in Matt White with Sonoma Oak Doors
• Dimensions: W120cm x H200cm x D61cm
• 2 Mirrored Sliding Doors
• 1 Hanging Rail
• 6 Shelving compartments
• Hanging Rails and Shelves Included
• Made from 16mm high quality laminated board
• Item Delivered Flat Packed
• Dispatched and delivered in 2-4 Weeks
• Free Delivery on All UK Mainland Orders Only
  

Delivery Charges

• Free UK Mainland Delivery.
• Additional charges for certain postcodes.
• No deliveries to Northern Ireland currently (logistical challenges).

Dispatch & Delivery

• Most stock is held in the UK warehouse for quick dispatch.
• Next Working Day Delivery: Order before 1pm for same-day dispatch. Orders placed on Friday dispatch on Monday.
• Estimated delivery timeframe shown under “Add to cart.”
• Various couriers used for safe, efficient delivery.

All timeframes are estimates. See full delivery policy here.