SEJOV 5 Tier Metal Plant Stand Half Moon Plant Shelf Shape Ladder Flower Pot Stand Rack with/ Hanger & Anti-Toppling Device (1 Pack)

【Multi-Layer Storage Space】: Ample Storage and Display Space for this wooden metal plant display stand.The 5-tier moon half plant stand adopts a 5-layer ladder structure, capacity is about 11 pots that are designed to allow for maximum sunlight for each plant.Besides, there exists 3 extra top S-hook for hanging baskets.Designed with a curved shape the same as the half-moon, it is unique and creative, and you can place it in your living room,porch, bedroom, and balcony

【Anti-Toppling & Non-Slip Pads Design】: The tiered plant shelf is designed with an anti-tip device that can be mounted on the wall to enhance stability and make it less likely to shake or tip over. In addition, it has a protective pad at the bottom to prevent skidding and protect the floor from being scratched.

【Sturdy Construction & Premium Material】: The metal flower shelf is supported by a heavy-duty metal frame that is constructed of powder-coated steel, ensuring great rust resistance and durability. The board of this curved plant stand is made of constructed of MDF Board, which is high-density to avoid bending;moisture-proof, easy to care and wipe. Its smooth surface can provide you with protection against tipping.

【Easy Assembly & 2 Ways of Installation】: Made of veneered particle board and MDF, the indoor plant stand is scratch-resistant, smooth, waterproof, durable and easy to clean. In addition, equipped with detailed instructions & all tools and hardware, it is easy to assemble. There are 2 types of installation: the curved half-moon can be installed on the left or right side. Or you can put the two units together for a complete display, or take them apart for different needs.

【Curved Design & Versatile Use】:The tall plant stands indoor features a curved half moon shape which can maximum your space , making it a perfect addition to your living room, covered patio, balcony, bedroom, dining room, etc. ​Great f

View full description