Modern Queen Upholstered Bed with Tufted Headboard and Wood Slats, 650lb Capacity

Product Overview:

Transform your bedroom into a luxurious retreat with this Queen Size Upholstered Platform Bed. Wrapped in soft velvet fabric, it features a stylish tufted headboard that brings an upscale, elegant look to any space. The bed frame is designed for stability with its solid MDF and wood construction, providing a reliable 650lb weight capacity. With 10 sturdy wood slats, this platform bed eliminates the need for a box spring, making it a cost-efficient and stylish addition to your home.

Product Features:

• [Elegant Velvet Upholstery]: The plush velvet fabric covering the bed frame gives it a soft and luxurious feel, perfect for adding a touch of sophistication to your bedroom.
• [Tufted Headboard]: The tufted design of the headboard adds a luxurious and timeless look, blending seamlessly with modern or traditional decor.
• [Sturdy Construction]: Built with MDF and solid wood, the bed offers excellent durability and a 650lb weight capacity for long-lasting use.
• [No Box Spring Needed]: The included 10 wood slats support your mattress directly, eliminating the need for a box spring and offering a cost-effective sleeping solution.
• [Quick and Easy Assembly]: This bed comes with detailed instructions and all necessary tools for easy assembly, making it a hassle-free addition to your home.

Specifications:

• Product Type: Platform Bed
• Size: Queen
• Material: MDF, Solid Wood, Velvet
• Weight Capacity: 650 lbs
• Number of Slats: 10
• Recommended Mattress Thickness: 8-10 inches
• Assembly Required: Yes
• Country of Origin: Malaysia

Weight & Dimensions:

• Overall Dimensions: 86.6" L x 64.6" W x 31.1" H
• Overall Weight: 81.98 lbs

Suitable Scenarios:

This modern platform bed is perfect for anyone looking to upgrade their bedroom decor with a chic and comfortable sleeping solution, blending luxury and functionality effortlessly.

Notes:

• Measurements are approximate and may slightly vary.
• Colors may differ slightly due to lighting and display settings.