Specifications:

• Color: Black
• Materials: Iron
• Product dimensions: 30" x 10.5" x 34" (L x W x H)
• Net weight: 6.5 lbs
• Size of square tray: 9" x 9" (L x W)
• Maximum weight of each tray: 22 lbs

Key Features:

• 6-Pot Plant Displaying Stand: Featured with 6 square trays, this 6-tier plant stand offers sufficient storage space for your precious potted plants. Multi-layered design with spacious space allows each plant to get sufficient sunlight and great air ventilation for better growth.
• Heavy Duty Iron Structure: Carefully fabricated from heavy-duty iron, this planter holder ensures excellent sturdiness, lasting durability, and load capacity of 132 lbs. What's more, the powder-coated tubes make them weather-resistant for both indoor and outdoor use.
• Friendly Design Meets Daily Needs: Comes with 4 adjustable feet, this planter stand can keep stability on the uneven floor, which ensures safe displaying of your plants and ornaments. In addition, the metal slatted platform is designed for efficient drainage, meeting cultivating needs.
• Stylish Look Fits Various Occasions: This symmetrical plant display rack presents an elegant and aesthetic appearance with its exquisite curved patterns. It's perfect for your garden, patio, and balcony to decorate. Also, this flower rack also helps to create a displaying storage corner.
• Quick Assemble and Easy Maintenance: The installation of this 6-pot plant stand is ultra-easy, following the detailed instruction with all parts given in the package. Besides, the daily cleaning can be quickly finished by wiping it with a damp towel.

Overview

• 6-tier plant stand organizes and displays your plants orderly
• Multi-layered design for sufficient sunlight getting and better growing
• Elegant and stylish flowerpot rack with delicate curved patterns
• Offers a perfect decoration to home, office, cafe, restaurant, etc.
• The sturdy metal structure ensures a load capacity of 132 lbs in total
• Weather-resistant plant shelf for indoor and outdoor use
• 4 adjustable foot pads keep stability on uneven ground