Admiral Craft Hercules™ Fry Pan - Model XCL-14FP/4

Introducing the Admiral Craft Hercules™ Fry Pan, a pinnacle of durability and efficiency in professional culinary equipment. Designed for chefs who demand the best in their commercial kitchen, this 14" diameter fry pan is engineered with precision and crafted with care to deliver exceptional cooking performance every time.

Key Features:

• Non-Stick Excalibur® Coating: Experience superior non-stick performance with the Excalibur® coating, making cooking and cleaning effortless. This advanced coating ensures your meals are cooked with less oil, promoting healthier cooking practices.
• Heat Resistant Red Silicone Sleeve: The fry pan comes with a detachable red silicone sleeve that can withstand temperatures up to 400°F for 1 hour, offering you a cool, comfortable grip even in the hottest kitchen environments.
• Robust Construction: Crafted from 3004 aluminum, this fry pan boasts a 3.5mm thickness, providing even heat distribution and preventing warping over time. The mirror-polished finish not only enhances its aesthetic appeal but also facilitates easy cleaning.
• Riveted Handle: Featuring a sturdy, riveted handle, this fry pan offers secure handling and exceptional durability, ideal for the hustle and bustle of any restaurant kitchen.
• NSF Certified: Built to meet the highest standards of safety and quality, the Admiral Craft Hercules™ Fry Pan is NSF certified, ensuring it is safe for use in professional foodservice environments.

Specifications:

• Diameter: 14 inches
• Material: 3004 Aluminum
• Thickness: 3.5mm
• Heat Resistance: Up to 400°F with silicone sleeve

Perfect for professional kitchens, this high-performance appliance is a must-have for any commercial kitchen setting. Whether you are searing, sautéing, or frying, the Admiral Craft Hercules™ Fry Pan delivers consistent results with exceptional energy efficiency. Elevate your cooking with this premium piece of restaurant equipment, designed to withstand the demands of a busy kitchen while ensuring top-tier performance.