The Bush Business Furniture Studio A Tall 5 Shelf Bookcase with Doors combines a fresh, contemporary appearance with the commercial quality construction needed to withstand years of everyday use. Organize books and other reference materials or give your workspace a personal touch with pictures and decorations on shelves that support up to 50 pounds each. Two shelves are fixed for stability while three can be raised or lowered to accommodate items of various sizes. Cabinet doors conceal the two lower shelves for the materials you want kept in order but out of sight. The tall bookshelf's stable design and included wall attachment hardware make it a safe choice for use in virtually any home or professional office environment. Find the right look for your space with three contemporary finish options: White, Storm Gray and Platinum Gray. This tall bookcase cabinet has been meticulously tested to meet or exceed ANSI/BIFMA quality standards for safety, durability and performance and is backed by the Bush Business Furniture 10 Year Manufacturer's Warranty. Upgrade your office as needed with a Studio A Computer Desk, File Cabinet and Storage Cabinet (coordinating items sold separately). American made with U.S. and imported parts.
Product Features:
Component Material: Laminate Over Engineered Wood (Paper), Steel, Metal, Plastic, Thermally Fused Laminate Over Engineered Wood (Melamine), WoodCollection: Studio AFinish: Storm GrayStyle: CommercialBundle includes: Tall 5 Shelf Bookcase, Half Height Door KitTwo shelves are fixed for stability while three can be adjusted to accommodate books and decorations of various sizesEach shelf supports up to 50 poundsCabinet doors cover the two bottom shelves to conceal the items you want kept in order but out of sightThoughtfully designed for maximum stability and includes hardware to anchor the contemporary bookshelf to a wallAvailable in your choice of Platinum Gray, Storm Gray and White finish optionsBush Business Furniture's commitment to safety includes rigorous testing that meets or exceeds ANSI/BIFMA standards