Carlisle Comfort Curve™ Bus Box - 20" x 15" x 7", White (N4401102) - Image 1
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SKU: 028-N4401102
Brand: Carlisle
Model: N4401102

Carlisle Comfort Curve™ Bus Box - 20" x 15" x 7", White (N4401102)

The Carlisle Comfort Curve Bus Box is a lightweight, high-density polyethylene tub with secure ergonomic handles and a reinforced rim, designed for effortless heavy-load bussing in commercial kitchens. HAACP-approved and stackable for efficient storage.

Key Features

  • Ergonomic Comfort Curve™ side handles reduce fatigue when carrying heavy loads, ideal for long shifts in commercial kitchens.
  • High-density polyethylene construction is lightweight yet durable, resistant to warping and built to withstand daily restaurant use.
  • Reinforced rim adds strength and stability, ensuring secure transport of dishware, linens, or other heavy items.
  • 7.5-gallon capacity with stackable design for efficient storage, saving space in busy kitchen environments.
  • HAACP-approved for use in critical food preparation and service areas, meeting industry safety standards.
The Carlisle Comfort Curve™ Bus Box (N4401102) is a game-changer for commercial kitchens, offering unmatched durability, ergonomic comfort, and versatility. Made from high-density polyethylene, this 7.5-gallon bus tub is lightweight yet strong, reducing fatigue during long shifts while ensuring safe, secure transport of dishware, linens, and other heavy loads. Its patented Comfort Curve™ side handles provide a natural grip, while the reinforced rim prevents warping and adds stability—critical for fast-paced restaurant environments. Approved for use in HAACP zones, this white tub is also stackable, making it ideal for storing multiple units in compact spaces. Whether you're outfitting a busy café, full-service restaurant, or hotel kitchen, this bus tub combines functionality with comfort, helping your team work more efficiently without compromising on performance. Designed with the commercial chef in mind, it’s a must-have for any kitchen prioritizing both durability and worker ergonomics.