Hoshizaki B-1300SS 48' Ice Storage Bin with Stainless Steel finish, 1304 lbs

Features

• Provides a storage capacity of 1304 pounds, making it suitable for large-scale commercial operations requiring a significant amount of ice.
• Features a durable stainless steel exterior that enhances both durability and aesthetic appeal, fitting well into modern kitchen environments.
• With a width of 48 inches, it offers ample storage space while remaining accessible and easy to integrate into existing kitchen layouts.
• Designed with insulated bin walls to help maintain ice quality by minimizing melting, ensuring stored ice remains in optimal condition for longer periods.
• Designed to work seamlessly with Hoshizaki ice machines, forming a reliable ice production and storage system that supports efficient workflow in busy commercial kitchens.

Description

The Hoshizaki B-1300SS is a heavy-duty ice storage bin designed for large-scale commercial applications where a substantial supply of ice is necessary. With a massive storage capacity of 1304 pounds, this bin ensures that establishments such as hotels, large restaurants, and event venues have a continuous and ample supply of ice readily available. Its sturdy stainless steel exterior not only enhances durability but also adds a professional and sleek look that blends well with various kitchen decors..

Measuring 48 inches wide, the B-1300SS provides generous storage space while remaining compact enough to fit efficiently into kitchen layouts. The bin is equipped with insulated bin walls that help maintain ice quality by minimizing melting, ensuring that stored ice stays in optimal condition for extended periods. This feature is crucial in high-demand environments where ice needs to be kept at peak quality to meet customer expectations consistently. Designed for compatibility with Hoshizaki ice machines, the B-1300SS facilitates a seamless integration that supports efficient ice production and storage workflows, essential for managing peak service times and maintaining operational efficiency in busy settings.