Super Erecta Shelf — Heavy-Duty 24"W Wire Shelving in Black

Built for commercial storage and serious organization, the Super Erecta Shelf delivers robust, modular wire shelving for workshops, warehouses, retail backrooms, and laboratories. Its proven strength and adaptable design help you maximize space while keeping items easily accessible.

Features

• Footprint: 24" (W) x 21" (D) with a sleek black finish for durability and a clean, professional look
• Weight capacity: 800 lb per level for shelves 48" wide or less; 600 lb per level for shelves wider than 48" (evenly distributed)
• Overall capacity: complete shelf units hold up to 2000 lb total, enabling heavy, bulk storage
• Modular construction: order the exact number of shelves and posts to build a complete, customized unit
• Shelf ledges are not included and must be ordered separately
• 14" shelving requires 14" foot plates on freestanding units
• Mobile units have a maximum post height of 54"
• Not recommended to pair 14" shelves with posts taller than 74"
• Weight (per shelf): approximately 8 lb

Benefits

Experience tool-free, scalable storage that adapts to your space. The 24"W x 21"D footprint fits tight rooms while delivering substantial load-bearing performance, so you can stack bins, tools, and components without compromising safety or accessibility. The modular design means you can expand or reconfigure as needs change, without replacing the entire system.

Ideal use cases include: - Workshops and maker spaces needing reliable tool and part storage - Retail backrooms requiring sturdy stock shelving that stands up to daily handling - Warehouses pursuing organized, scalable racking that can evolve with inventory levels

Why choose this system? It combines constant, dependable strength with flexible sizing and configuration options, ensuring a stable, clear, and efficient storage solution. For best results, plan complete units with the appropriate number of shelves and posts, and consider the use of foot plates on freestanding configurations to maximize stability.