Focus FMPS2160694 60" 4-Tier Epoxy Coated Wire Shelf Kit - Mobile, 21"W, 63"H - Image 1
SKU: 268-FMPS2160694
Brand: Focus
Model: FMPS2160694

Focus FMPS2160694 60" 4-Tier Epoxy Coated Wire Shelf Kit - Mobile, 21"W, 63"H

The Focus FMPS2160694 is a heavy-duty, 1,000 lb mobile wire shelf with a 60" width, 4 vented shelves, and corrosion-resistant epoxy coating—perfect for commercial kitchens and restaurants.

Key Features

  • 1,000 lb weight capacity—supports heavy commercial storage needs
  • Corrosion-resistant epoxy-coated frame for long-lasting durability
  • 4 vented shelves with mats to promote airflow and reduce moisture buildup
  • Mobile design with 5-inch swivel casters for easy movement in tight spaces
  • 12-year limited warranty on trusses and posts, plus lifetime warranty on polymer panels
Starting from $2549.71/unit

Volume discounts available

The **Focus FMPS2160694 60" 4-Tier Mobile Wire Shelf** is a **high-capacity, mobile storage solution** designed for **commercial kitchens, restaurants, and foodservice operations**. With a **1,000 lb weight capacity**, this **green epoxy-coated wire shelf** provides **durable, long-lasting storage** while promoting airflow with **vented mats**, helping to prevent moisture buildup—a common issue in busy commercial environments. Its **corrosion-resistant construction** ensures reliability in high-traffic areas, making it a smart investment for businesses prioritizing **shelving efficiency and longevity**. Whether used for **dry goods storage, pantry organization, or bulk ingredient management**, this mobile shelf offers **flexible, space-saving mobility** with **5-inch swivel casters** for easy movement. The **12-year limited warranty on trusses and posts** and **lifetime warranty on polymer panels** further reinforce its value, providing peace of mind for restaurants and commercial kitchens. Ideal for **restaurants, cafes, hotels, and catering businesses**, this **FPS-Plus™ series shelf** combines **functionality, durability, and mobility** to streamline workflows while maximizing storage space.