Specification:

• Available Variant Size: Full/King/Queen/Twin
• Color: Black
• Cover Color: White, Gray
• Material: Metal
• Cover Material: Polyester
• Dimensions: 53'' W X 73.8'' L / 75.5'' W X 78.7'' L / 59.5'' W X 78.7'' L / 37.9'' W X 73.8'' L
• Cover Included: Yes
• Weight Capacity: 700 lb.
• Distance Between Slats: 6.3'' W / 6.7'' W
• Overall Height - Top to Bottom: 5'' H

Description:

Enhance your sleep setup with the Low Profile Metal Box Spring Mattress Foundation with Cover, designed to provide sturdy support and long-lasting durability. Constructed from robust steel, this heavy-duty foundation helps prevent mattress deformation while offering improved shock absorption and superior ventilation for a comfortable night’s rest. Its low-profile design is ideal for kids, guests, dorms, or secondary bedrooms, and the neutral fabric cover with non-slip elastic straps ensures easy attachment and a polished look. Quick and hassle-free assembly is made simple with the included step-by-step instructions, tools, and hardware, while the compact packaging allows easy delivery right to your door. Supporting up to 350 lbs for full size and up to 700 lbs for larger sizes, this foundation pairs seamlessly with your mattress (sold separately) and comes backed by a 5-year warranty for reliable performance and peace of mind.

Key Features:

• Durable design: A durable steel frame can prevent mattress deformation and anti-slip, along with supporting any profile of the mattress. Full size supports a maximum weight capacity of 350 lbs, while all other sizes can support up to 700 lbs
• Simple setup: Effortlessly assemble the product with user-friendly instructions for a quick and hassle-free installation process. All tools and hardware included.
• Ships right to your door: Our box spring comes disassembled in a single box right to your front door. No more stressing about navigating a rigid box spring around corners or up and down stairs

Note: Actual product color may slightly vary from the images shown due to lighting conditions during photography and individual monitor or device display settings.