Super Erecta 48-Inch Stainless Steel Wire Shelf — Heavy-Duty Metro System

Introduction

The Super Erecta 48-inch stainless steel wire shelf is a robust storage solution designed for warehouses, commercial kitchens, and workshops that demand reliable, high-capacity shelving. Its modular Metro system supports direct-wall, post-wall, freestanding, and mobile configurations to fit evolving spaces and inventories.

Features

• Size & Weight: 30" D x 48" W shelf; approximately 21 lb per shelf.
• Material & Finish: Durable #304 stainless steel with corrosion resistance and easy cleaning.
• Load Capacity: Up to 800 lb per level on 48" wide shelves; 600 lb per level for wider than 48". Complete shelf units can hold about 2000 lb total (evenly distributed).
• System Compatibility: Designed for Metro Super Erecta direct and post wall systems; shelf ledges are sold separately.
• Configurations & Accessories: Compatible with freestanding and mobile setups; 14" foot plates required for freestanding units; mobile units support up to 54" post height.
• SKU & Category: SKU 3048NS; Stainless Steel Metro Super Erecta Shelves for Direct and Post Wall Shelving and Post Wall Mount.

Benefits

Reliable heavy-duty performance means you can store heavy bins, canned goods, tools, or equipment on a single level without sagging, reducing the need for multiple shallow shelves. The modular design adapts as your space or inventory changes—from direct-wall mounting to freestanding or mobile configurations—giving you flexible storage that scales with your operations.

The stainless steel construction resists corrosion and cleans quickly, making it ideal for food service, laboratories, workshops, and other demanding environments. Optional shelf ledges improve organization by keeping small parts in place, while clear visibility helps with faster retrieval and safer handling.

For long-term value, plan ahead with ledges and foot plates, verify post-height limits for mobile use, and measure your footprint to choose the right depth and width for optimal space utilization.