Tespo 9-Cube Modular DIY Storage Cube Organizer 4 tier Shelving Bookcase Cabinet

Pay with

About Tespo 9-Cube Modular DIY Storage Cube Organizer 4

"Sturdy modular cube shelving rack The elegant look of this 9-cube shelving rack makes it perfectly fits into your modern apartment, studio or office space. With a capacity of 22 lbs per cube, it can help organize your books, decoration items, shoes, clothes, electronic accessories, etc. Perfect storage system to have everything organize within a limited space. Personalize to your needs Perfect adaptability to the environment. You can build the cubes together to create a big cabinet, or have them in several blocks if you want to put them on different spaces. With the black ABS connectors, it will be very easy to put the pieces together and to take them apart whenever you want to change the disposition of this modular bookcase. Environmentally material The principal part of the closet is made of polypropylene resin, which is widely used in baby products, medical supplies, aseptic packaging, and many other industries with high requirements. More features of this material: Dust resistant, water proof, thus easy to clean Soft, but strong enough to bear weight Product specification Cube dimension: 14"×14"×14" Cabinet dimension: 44"×14"×58" Weight capacity per cube: 24LB Package Includes 14"*14"Plastic Panels: 28pcs 14"*14"Metal Grid Panels : 6pcs ABS Connector: 38pcs Wooden Hammer: 1pc Installation Manual: 1pc Note: The latest-version installation manual has been uploaded on this listing. View the "Product Information" part on computer, or "Features & details" part on your smart phone app. Make sure all panels reach deep into the slot of the connectors during assembly, until you hear the "click" sound and can find no gap between them. The resin panels are made of stainless steel frame and flexible resin sheet. It may slightly bend when heavily loaded but it is a normal phenomenon. The grid panels should be assembled as the bottom of the top 3 tiers, providing more strength when bearing weight."