Carlisle 4"D Ninth Size Food Pan (3068703) - Image 1
1 / 7
SKU: 028-3068703
Brand: Carlisle
Model: 3068703

Carlisle 4"D Ninth Size Food Pan (3068703)

The Carlisle 4"D Ninth Size Food Pan (3068703) is a durable, black polycarbonate pan designed for restaurant food storage. It resists cold temperatures, oils, and drops while providing a smooth interior for easy food handling and cleaning.

Key Features

  • Durable polycarbonate construction resists cold temperatures (-40°F to 210°F), oils, and acids for long-lasting performance.
  • Smooth interior and rounded corners prevent food sticking, reducing waste and simplifying cleaning.
  • Fits standard ninth-size prep tables and rails, with molded capacity indicators for easy measurement.
  • Textured finish and reinforced corners prevent slipping, bending, or denting, ensuring stability and durability.
  • Stackable design conserves storage space, meeting EN631-1 Euro Norm standards for safety and compliance.
Starting from $8.62/unit

Volume discounts available

The Carlisle 4"D Ninth Size Food Pan (3068703) is a versatile, high-performance plastic food pan built for commercial kitchens and restaurant environments. Made from durable black polycarbonate plastic, this hotel pan resists damage from cold temperatures, food oils, and acids, ensuring long-lasting performance even in demanding settings. Its 7⁄10-qt. capacity and standard ninth-size dimensions make it perfect for fitting into prep tables, holding units, and rails, while its smooth interior and rounded corners prevent food from sticking, reducing waste and simplifying cleaning. The textured finish provides grip, while reinforced corners prevent bending or denting, making it a reliable choice for both cold and mid-temperature applications. Ideal for professional kitchens, this pan meets EN631-1 Euro Norm standards, ensuring safety and compliance with industry regulations. Whether you need a food pan for cold storage, prep stations, or buffet service, the Carlisle 4"D Ninth Size Food Pan delivers durability, functionality, and efficiency in a space-saving, stackable design.