Carlisle 10200B07 20 Inch Clear Food Pan with Capacity Indicators

The Carlisle 10200B07 Carlisle StorPlus™ Food Pan is a durable, high-capacity plastic container designed for professional foodservice environments. Crafted from clear polycarbonate, this full-size food pan offers a 7.6-quart capacity, measuring 20-3/4" x 12-3/4" x 2-1/2" deep, with molded-in capacity indicators for accurate portion control. Its temperature range from -40° to 212°F makes it suitable for refrigerated, thawed, and heated applications, while reinforced top and bottom corners enhance structural integrity in busy commercial kitchens. The smooth interior finish facilitates easy cleaning, and dishwasher-safe construction supports efficient sanitation procedures. Suitable for use in food prep, cold storage, and hot holding stations, this food pan integrates seamlessly into various commercial kitchen workflows, providing both durability and reliability for demanding foodservice operations.

The Carlisle StorPlus™ Food Pan offers expert-level features catering to commercial foodservice needs, including molded-in capacity indicators for precise portioning and reinforced corners for longevity. Made from break-resistant polycarbonate, it withstands frequent dishwashing and temperature extremes. Its large capacity suits prep stations and cold holding, while the smooth interior facilitates fast cleaning. Designed for seamless integration into busy kitchens, it enhances workflow efficiency and sanitation practices.

Ideal for use in large-scale food prep, cold storage, and hot holding areas.

The Carlisle 10200B07 Food Pan features a robust construction with dimensions of 20-3/4" in width, 12-3/4" in depth, and 2-1/2" in height, weighing 2.28 lbs. Made from clear polycarbonate, it is dishwasher safe and designed with a temperature range of -40° to 212°F, suitable for a wide variety of food storage and holding settings. The container's NSF certification confirms its compliance with food safety standards, while its reinforced corners provide structural integrity during frequent handling. The design includes molded-in capacity indicators for precise portioning, supporting efficient workflow in high-demand environments.

Electrical Requirements: Not applicable

Construction & Finish: Polycarbonate with smooth interior and textured exterior

Food Safety: Food-grade material safe for various applications, dishwasher-compatible

Usage Compatibility: Suitable for refrigerated, thawed, and heated environments

Replacement Parts / Accessories: Compatible with standard lids and compatible mounting options

Assembly Required: No

A commercial food pan is a durable container designed for storing, portioning, and serving food in professional kitchens. Made from impact-resistant materials like polycarbonate, these pans are engineered to withstand frequent handling and cleaning, supporting efficient food preparation and presentation workflows. The Carlisle 10200B07 Carlisle StorPlus™ Food Pan is a full-size, high-capacity unit suitable for cold and hot applications, commonly installed in prep stations, cold holding units, and hot holding equipment to optimize food safety and operational efficiency in large-scale hospitality settings.

Designed for medium-capacity foodservice environments, the Carlisle 10200B07 offers exceptional durability, precise portion control, and temperature versatility, ideal for professional kitchens and cafeteria operations. Manufactured by Carlisle, this model supports efficient workflow and sanitation, with a compact footprint for seamless integration into busy food prep and holding stations.

Compared to competing models, the Carlisle 10200B07 features reinforced corners for added durability, a clear polycarbonate construction for enhanced visibility, and molded-in capacity indicators for efficient portioning. Its broad temperature range and dishwasher-safe design streamline handling and cleaning, making it a practical choice for demanding foodservice operations seeking reliable, long-lasting plastic food pans that support sanitation and workflow efficiency.