Ginnie Queen Curved Linen Cloud Bed Frame in Grey
Description
Ginnie Linen Curved Queen Bed Frame – Grey
Upgrade your bedroom with the Ginnie Linen Curved Queen Bed Frame in Grey, a perfect blend of modern elegance and luxurious comfort. Upholstered in premium linen fabric, this queen-size bed frame offers a soft, breathable feel, enhancing both style and relaxation. The 13cm plush curved headboard provides excellent support, making it ideal for reading, lounging, or unwinding after a long day. Built with a solid timber frame and sleek timber legs, it delivers durability without compromising on sophisticated, Scandinavian-inspired aesthetics. Backed by a 5-year structural warranty, this stylish bed is designed for lasting quality and comfort.
Key Features:
- Plush Curved Headboard: A 13cm thick, cloud-like headboard for superior comfort and support.
- 5-Year Structural Warranty: Built for durability with long-term peace of mind.
- Premium Linen Upholstery: Soft, breathable fabric adds a luxurious touch.
- Sturdy Timber Frame: Solid wood construction ensures strength and stability.
- Spacious & Stylish: A queen-size design, perfect for master bedrooms or guest spaces.
- Easy Assembly: Hassle-free setup so you can enjoy your bed sooner.
- Modern Minimalist Design: Complements contemporary, Scandinavian, and minimalist interiors.
- Fast Australia-Wide Delivery: Enjoy quick nationwide shipping or Click & Collect.
Elevate Your Bedroom with Timeless Comfort
The Ginnie Linen Curved Queen Bed Frame in Grey is the ultimate combination of style, comfort, and durability. Whether you're upgrading your personal sanctuary or furnishing a stylish guest room, this designer queen bed frame adds effortless sophistication. Pair it with Luxo Living’s affordable bedside tables and bedroom furniture to create the perfect sleep setup. With fast shipping Australia-wide, bringing luxury home has never been easier.
Disclaimer: Actual product colours may vary due to lighting, photography, and screen settings. We strive to represent our products as accurately as possible.