Channel 48" Stationary Dunnage Rack w/ 4000 lb Capacity, Stainless Steel (ES2048) - Image 1
SKU: 148-ES2048
Brand: Channel
Model: ES2048

Channel 48" Stationary Dunnage Rack w/ 4000 lb Capacity, Stainless Steel (ES2048)

The Channel ES2048 is a 48" stainless steel dunnage rack with a 4000 lb capacity, perfect for walk-in freezers and coolers. Its elevated design prevents contamination and ensures airflow for stored items.

Key Features

  • 4000 lb capacity - Supports heavy loads evenly distributed for secure storage
  • Stainless steel construction - Resistant to corrosion and easy to clean, ideal for food-safe environments
  • Elevated 12" shelf height - Minimizes contamination risks and protects stored items from floor spills
  • Tubular dunnage design - Provides stability and airflow for walk-in freezers and coolers
  • Lifetime rust & corrosion warranty - Ensures long-term durability in high-moisture commercial kitchens
The Channel 48" Stationary Dunnage Rack (ES2048) is a heavy-duty storage solution designed for commercial kitchens, walk-in freezers, and coolers. With a **4000 lb capacity**, this stainless steel dunnage rack provides robust, long-lasting storage while maintaining hygiene and airflow. Its **elevated 12" shelf height** lifts items off the floor, reducing contamination risks and protecting stored goods from liquids or spills. The **tubular dunnage shelf** ensures stability and durability, while the **lifetime warranty against rust and corrosion** guarantees long-term performance in high-moisture environments like commercial kitchens. Ideal for restaurants, bakeries, and food service facilities, this rack is built to withstand the demands of professional food storage. Its **slotted design** allows for secure item placement, and the **stainless steel construction** ensures resistance to corrosion and easy cleaning—critical for maintaining food safety standards. Whether you need **dunnage racks for walk-in freezers** or a solution to replace worn-out storage, the Channel ES2048 delivers reliability, durability, and efficiency.