70.8 Inch Tall Bookshelf MDF Boards Stainless Steel Frame, 6-Tier Shelves with Back&Side Panel, Adjustable Foot Pads (White)
Six-tier Shelf Design: Our bookshelf features a six-tier design constructed with MDF board and a sturdy stainless steel frame. This open design combines minimalist and modern styles, providing ample space to display and store books, decorations, plants, and daily accessories. Back and side panels prevent items from falling off. Safe Usage: The bookshelf includes adjustable height pads at the bottom to protect your floors from scratches. For added safety, it comes with an anti-toppling fitting to secure it to the wall, preventing accidents, especially involving children. Easy Assembly: We provide all the necessary parts, a hardware pack, and clear, logical instructions for straightforward assembly. You can confidently set up this bookshelf without any errors. Selected Material: The bookshelf boasts a black stainless steel metal frame that's rust-resistant, paired with high-quality MDF boards for stability and practicality. The smooth surface is waterproof and easy to clean. Multi-functional Application: With six levels of storage, this tall bookshelf maximizes space without taking up much room in your home. It's suitable for various settings such as the study, e-sports room, utility room, or garage, complementing different home decor styles. Simplify your storage with our six-tier bookshelf, featuring a durable stainless steel frame and MDF board construction. Its minimalist and modern design offers both style and functionality, with back and side panels for item security. This bookshelf is not only strong and rust-resistant but also easy to clean. With ample storage space and a space-saving design, it suits various rooms and home styles, from the study to the garage. Safety features include adjustable height pads for floor protection and an anti-toppling fitting for child safety. Assembly is hassle-free with included hardware and clear instructions. Please note that item colors may slightly differ due to lighting and monitor variations.