DHP Rose Upholstered Platform Bed with Button Tufted Headboard and Footboard, No Box Spring Needed, Queen, Gray Linen
Sold Out / Out of Stock
This item may be available in a different size, colour, scent, version or platform:
DHP Rose Upholstered Platform Bed with Button Tufted Headboard and Footboard, No Box Spring Needed, Queen, Gray Linen
Contemporary design in linen upholstery with tufted details.
Bentwood slat system provides great ventilation. Slat bases allow air to pass freely beneath your bed, keeping your mattress fresher longer.
Very good back support with excellent pressure distribution. The slats adapt to weight exerted to them, providing you with the right amount of support.
Center legs provide extra support and stability. Additional foundation not required
Queen bed dimensions: 86" L x 64.5" W x 39.5" H; Weight limit: 500 lbs.
Assembles quickly and ships in one box.
The DHP Rose linen tufted upholstered platform bed creates the perfect centerpiece for your bedroom! The well-crafted low profile upholstered headboard and footboard, designed with square tufted detailing give this bedroom furniture piece a modern look and feel. The DHP platform bed has beautiful linen upholstery and thick cushioned padding that will make your room look like a luxurious and comfortable haven for sleep. The sturdy platform bed’s clean square profile is built with multiple wooden slats for support and durability and does not require a box spring. Available in twin platform bed, full platform bed or queen platform bed sizes. The bed is also available in various colors to better suit your needs. The DHP platform beds pair nicely with Signature Sleep memory foam mattresses and coil mattresses. DHP is dedicated to helping you furnish your home without braking the bank and is committed to providing unique and functional bedroom furniture pieces that are affordable and well made with the customer in mind. At DHP, building customer relationships is important as well as continually adopting practices that are both social responsibility and environmentally sustainable.