Super Erecta Shelf

The Super Erecta Shelf is a durable stainless steel wire shelving system designed for heavy-duty storage in warehouses, workshops, and commercial spaces. It offers robust per‑level capacity, modular configurations, and easy maintenance, making it a reliable choice for growing storage needs.

Features

• Dimensions: 42" W x 24" D;
• Finish: Stainless Steel for corrosion resistance and easy cleaning;
• Per‑level capacity: 800 lb for shelves 48" wide or narrower;
• Complete shelf units can hold up to 2,000 lb (distributed load);
• Weight: approximately 15 lb per shelf;
• Mounting options: Direct wall mount or freestanding/mobile configurations;
• Shelf ledges shown are not included and must be ordered separately;
• For freestanding installations, 14" shelving foot plates are required;
• For mobile units, maximum post height is 54";
• For stability, avoid using 14" shelves with posts taller than 74";
• Part of the Metro Super Erecta family—versatile, scalable storage solution.

Benefits

• High-capacity storage: Enjoy strong, level-by-level support (800 lb per shelf) while keeping items organized and accessible.
• Adaptable design: Wall-mounted configurations save floor space, while freestanding or mobile setups let you reconfigure storage as needs change.
• Durable and easy to maintain: Stainless steel construction resists corrosion and cleans quickly, making it suitable for demanding environments such as warehouses, kitchens, and labs.
• Efficient organization: The open-wire design improves airflow and visibility, reducing dust buildup and helping you locate items fast.
• Scalable solution: Start with a basic configuration and add shelves and posts to grow with your inventory, keeping downtime to a minimum.
• Precise specifications for planning: With 42" W x 24" D dimensions and a clear weight and capacity profile, it integrates smoothly into existing rack systems and workflows.
• Space and cost efficiency: Modular components minimize over-purchasing and allow you to tailor the setup to your exact space constraints and storage requirements.