Milled 4.6 White and Oak Double Bed – Retro Scandi Style
£376.00
The Milled 4.6 White and Oak Double Bed (D1960 x H1000 x W1420mm) features a stunning matt white finish with oak front detail. A sleek retro style bed frame with delicate legs and a low foot end.
In stock
- Dimensions: W1420mm x D1960mm x H1000mm
- Finish: Matt White with Oak front detail
- Style: Retro Scandi / Mid-Century
- Features: Low foot end, mid-height headboard, delicate tapered legs
- Range: Milled Bedroom Collection
Transform your sleeping space with the Milled White and Oak Double Bed, a centerpiece designed for those who appreciate the clean lines of modern retro styling. This 4.6 double bed frame perfectly balances a refreshing matt white finish with the warmth of an ever-popular oak front detail on the headboard, creating a cool and inviting atmosphere in any contemporary UK bedroom.
Crafted to high standards, the Milled bed is part of a comprehensive smart-look range. It features a sophisticated mid-height headboard that showcases the dual-tone contrast, supported by delicate yet sturdy legs that enhance the sleek silhouette. The low foot end design is ideal for smaller rooms, helping to maintain an open and airy feel while providing a full-sized double sleeping area.
Measuring D1960 x H1000 x W1420mm, this frame is built for durability and style. The combination of the crisp white body and the textured oak accent makes it a versatile choice that complements various decor schemes, from minimalist Scandi to vibrant retro. Please note that the mattress is not included with this frame, allowing you to pair it with the perfect mattress of your choice for a tailored sleep experience.
At Net Furniture, we pride ourselves on offering high-quality bedroom furniture at attractive prices. To achieve the ultimate coordinated look, we recommend teaming this piece with other items from the Milled bedroom range. Order your new bed today and enjoy our reliable UK delivery service. Assembly is required for this item to ensure it reaches you in perfect condition.
