New Age 30" Stationary Dunnage Rack w/ 2500 lb Capacity, Aluminum (2062) - Image 1
SKU: 098-2062
Brand: New Age
Model: 2062

New Age 30" Stationary Dunnage Rack w/ 2500 lb Capacity, Aluminum (2062)

The New Age 2062 Dunnage Rack offers 2,500 lb capacity with durable aluminum construction and air-circulation design, perfect for bulk storage of heavy items like rice, flour, or frozen food while meeting health code requirements.

Key Features

  • 2,500 lb capacity – Supports heavy bulk items like rice, flour, and frozen food
  • All-welded aluminum construction – Durable, corrosion-resistant, and built for heavy-duty use
  • Air-circulation louvered design – Maintains consistent temperatures and prevents moisture buildup
  • 12" height – Reduces lifting strain while meeting health code clearance requirements
  • 5-year warranty (materials & workmanship) + lifetime rust/corrosion protection – Long-term reliability
  • Compact 30"x24" footprint – Ideal for high-density storage in commercial kitchens
Starting from $174.50/unit

Volume discounts available

The **New Age 2062 Stationary Dunnage Rack** is a heavy-duty storage solution designed for commercial kitchens, restaurants, and food processing facilities. With a **2,500 lb capacity**, this **30"x24" aluminum dunnage rack** handles bulk items like rice, flour, boxed ingredients, or frozen products while keeping them off the floor and away from moisture. Its **all-welded aluminum construction** ensures durability and corrosion resistance, while the **louvered tubing design** promotes airflow, maintaining consistent temperatures and preventing spoilage. At just **12" tall**, this rack reduces lifting strain while meeting health code requirements. Ideal for high-volume storage, the **New Age 2062** is built for long-term use with a **5-year warranty against defects** and **lifetime rust/corrosion protection**, making it a cost-effective choice for professional kitchens. Whether you're stocking dry goods or frozen items, this rack delivers strength, stability, and functionality in a compact footprint.