Eagle Group DIC1420 24" x 18" Spec-Bar® Drop In Ice Bin w/ 72 lb Capacity - Stainless - Image 1
SKU: 241-DIC1420
Brand: Eagle Group

Eagle Group DIC1420 24" x 18" Spec-Bar® Drop In Ice Bin w/ 72 lb Capacity - Stainless

The Eagle Group DIC1420 is a high-performance 24x18 drop-in ice bin with 72lb capacity, featuring heavy-gauge stainless steel construction, foamed-in-place insulation, and a sliding cover for efficient beverage service in commercial kitchens.

Key Features

  • Heavy-gauge stainless steel construction for maximum durability and corrosion resistance in high-traffic environments
  • 10.5" deep ice bin with foamed-in-place insulation ensures extended ice retention and energy efficiency
  • Non-metallic breaker strip reduces heat transfer, maintaining colder temperatures for longer periods
  • Stainless steel sliding cover protects ice from ambient conditions while simplifying cleanup and maintenance
  • 1.5" NPT drain connection with included 4" pipe nipple for efficient drainage and easy installation
Starting from $3596.00/unit

Volume discounts available

Elevate your bar or restaurant's efficiency with the Eagle Group DIC1420 Spec-Bar® drop-in ice bin, designed for high-volume beverage service. This 24" x 18" ice chest offers a robust 72lb capacity and deep 10.5" ice bin with foamed-in-place insulation, ensuring prolonged ice retention while reducing heat transfer with a non-metallic breaker strip. Built with heavy-gauge stainless steel, it delivers unmatched durability and corrosion resistance, making it ideal for high-traffic commercial kitchens. The stainless steel sliding cover maintains ice freshness and minimizes energy loss, while the included 1.5" NPT drain connection simplifies maintenance. Whether you're outfitting a bustling bar, restaurant, or catering setup, this drop-in ice bin combines performance, longevity, and practicality—perfect for operators who demand reliability in their equipment. With a 1-year limited warranty, it’s a smart investment for businesses prioritizing quality and efficiency.