Cambro CBA214864S4580 48" NSF 4-Tier Polymer Shelf Kit - Camshelving® Basics Plus, 21"W, 64"H

Elevate your commercial kitchen's storage efficiency with the Cambro CBA214864S4580 4-Tier Polymer Shelf Kit, part of the trusted Camshelving® Basics Plus series. Designed for high-performance commercial environments, this NSF-certified shelf kit is the ideal solution for restaurants, catering kitchens, and food service operations needing reliable, leak-proof storage. Its solid polypropylene shelves ensure small items and liquids stay contained, while its temperature resistance (-36° to 190°F) makes it versatile for walk-in coolers, hot kitchens, or dry storage pantries. Whether you're stocking pots, pans, or bulk ingredients, this shelf kit delivers 600 lbs of capacity per shelf (400 lbs on the top shelf) and 1,800 lbs total unit capacity, making it perfect for heavy-duty use.

What sets the Cambro CBA214864S4584S4580 apart is its warehouse-safe design, featuring preassembled post connectors, leveling feet, and a gray polymer finish that withstands daily wear and tear. Its add-on compatibility allows you to expand existing shelving units without sacrificing stability or performance. For commercial kitchens prioritizing durability, hygiene, and space optimization, this shelf kit is a must-have. Whether you're outfitting a new kitchen or upgrading an existing storage system, Cambro’s Camshelving® Basics Plus delivers the reliability and functionality restaurants demand.

Built for high-volume commercial use, the CBA214864S4580 is warewasher-safe, ensuring easy cleaning and compliance with the most stringent food safety standards. Its 4-tier, 48" x 21" design fits seamlessly into tight spaces while maximizing vertical storage, reducing clutter and improving workflow. With Cambro’s reputation for quality, you’re investing in a product that’s built to last—saving you time, money, and hassle in the long run. Don’t let storage limitations slow down your operation upgrade to the Cambro 4-Tier Polymer Shelf Kit today and experience the difference in performance and reliability.