Chef Approved 224314 10 Inch Fry Pan Aluminum Riveted Handle Natural Finish
- Optimized heat conduction for uniform cooking
- Robust 3.5mm aluminum wall withstands demanding use
- Natural finish simplifies cleaning and maintenance
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The Chef Approved 224314 Fry Pan 10" is a professional-grade culinary tool designed for commercial foodservice applications. Constructed from 3003 aluminum with a 3.5mm thickness, this 10-inch fry pan offers excellent heat conduction and durability suitable for high-demand kitchen environments. Its natural finish ensures compatibility with a range of cooking surfaces, and its riveted handle provides reliable maneuverability. Ideal for sautéing, frying, and general stovetop use, this fry pan is engineered for precise temperature control and long-lasting performance in professional kitchens requiring consistent and efficient results.
The Chef Approved 224314 Fry Pan features an uncoated 3003 aluminum construction optimized for rapid heat transfer and durability under rigorous use. Its 3.5mm thick wall enhances heat retention and even cooking, while the riveted handle ensures secure grip during high-volume food preparation. Designed for commercial environments, it supports intensive cleaning routines and maintains performance over time. Suitable for stovetop, oven, and induction setups, it facilitates seamless kitchen workflows, especially in busy foodservice operations requiring reliable cookware with high thermal responsiveness.
Best suited for high-efficiency sautéing and frying tasks in professional culinary settings
The Chef Approved 224314 Fry Pan boasts a robust construction from uncoated 3003 aluminum with a 3.5mm thickness, ensuring high thermal conductivity and consistent heat distribution across a 10-inch diameter. The pan measures 12 inches in depth and 1.75 inches in height, with a weight of 2.57 pounds. It features a riveted handle for durability, and its natural finish supports straightforward cleaning routines. Designed for versatile use, the pan is compatible with various heat sources, including induction, and withstands operating temperatures suitable for professional cooking. Its lightweight aluminum construction simplifies handling and maneuvering during continuous food preparation cycles, supporting efficient workflow in busy kitchens utilizing grease, sauté, or fry stations.
A commercial fry pan is a heavy-duty cooking vessel designed for high-volume food preparation in professional kitchens. Made from durable materials such as aluminum or stainless steel, these pans offer optimal heat conduction, ensuring even cooking. Typically utilized for sautéing, frying, and searing, a fry pan like the Chef Approved 224314 is suited for intensive daily use in restaurant and catering environments, often installed on standard or induction stovetops. With a 10-inch diameter, it provides ample cooking surface for multiple servings, making it ideal for mid- to high-volume operations where consistency and durability are essential.
Designed for kitchen workflows requiring durable, reliable cookware, the Chef Approved 224314 frying pan supports medium-volume operations in commercial foodservice environments. Constructed by Empura, it offers precise heat transfer and ease of handling, making it suitable for restaurant and catering use. Its robust aluminum body and thoughtful design support efficient, high-quality cooking in busy kitchens managing moderate throughput of dishes.
Compared to standard fry pans, the Empura 224314 offers a thicker 3.5mm aluminum body for better heat retention and uniform cooking. Its natural finish and riveted handle ensure longevity and ease of maintenance, supporting rigorous cleaning routines. The pan’s size and construction promote efficient workflow in professional kitchens, delivering restaurant-ready performance with a compact footprint and durable build that exceeds typical expectations of commercial cookware.
Product Description
Certifications
NSF Listed
The item meets the standards imposed by NSF International. These standards relate to health, public safety and the environment.




