Quantum Food Service Stack & Hang Shelf Bin - 10 7/8" x 5 1/2", Red (QUS230) - Image 1
SKU: 688-QUS230RD
Brand: Quantum Food Service
Model: QUS230

Quantum Food Service Stack & Hang Shelf Bin - 10 7/8" x 5 1/2", Red (QUS230)

The Quantum QUS230 red stack & hang shelf bin offers durable polypropylene construction, anti-slide stability, and a rear hanger for louvered panels. Ideal for commercial kitchens needing customizable, stackable storage solutions.

Key Features

  • Durable polypropylene construction for long-lasting use in commercial kitchens
  • Anti-slide lock ensures stability when stacked or mounted for secure storage
  • Molded-in label holder simplifies organization and identification of stored items
  • Rear hanger compatible with louvered panels or rails for versatile mounting options
  • Front, back, and side grips provide easy handling for effortless transport or stacking
Starting from $58.98/unit

Volume discounts available

The Quantum QUS230 Stack & Hang Shelf Bin is a versatile, durable solution for commercial kitchens and restaurant storage needs. Constructed from high-quality polypropylene, these red bins are built to withstand daily use while maintaining stability with an anti-slide lock. Each bin features a molded-in label holder for easy organization, a rear hanger for secure mounting on louvered panels or rails, and a slot for one divider, allowing for customizable storage configurations. The front, back, and side grips make handling effortless, whether you're moving bins by hand or stacking them for efficient space utilization. Designed for restaurants, food service establishments, and commercial kitchens, the QUS230 is a practical choice for streamlining storage while meeting the demands of high-volume environments. Its compact dimensions (10 7/8" x 5 1/2" x 5") make it ideal for tight spaces without sacrificing durability or functionality. Whether you need to store dry goods, small equipment, or other kitchen essentials, the Quantum QUS230 delivers reliable performance and organization in a stack-and-hang system that maximizes vertical space.