STP GOODS FRED Everyday Cast Aluminum Granite Non-Stick Frying Wok Pan, Dishwasher safe

Revolutionize your daily cooking and expand your culinary repertoire with the FRED Everyday Cast Aluminum Granite Non-Stick Frying Wok Pan. This isn't just a pan; it's a meticulously engineered, multi-functional powerhouse designed to bring the exceptional benefits of a traditional wok together with the robust durability of cast aluminum and the unmatched convenience of a premium "granite" non-stick coating. This versatile pan ensures rapid, even heating, effortless food release, and consistently delicious results every single time. Say goodbye to frustrating sticky messes, uneven cooking, and tedious cleanup. Perfect for sizzling stir-fries, crispy deep-fried delights, simmering hearty sauces, and even everyday frying tasks, the FRED Frying Wok Pan empowers your culinary creativity and streamlines your daily life in the kitchen. Whether you're a seasoned enthusiast of Asian cuisine, a busy home cook tackling family meals, or simply seeking an upgrade that blends professional performance with everyday ease, this wok pan is destined to become your most trusted and indispensable companion for years to come.

• Made in Turkey Made by Papilla
• Fill / Material cast aluminum Diameter 11" (28 cm) Height 1" (2.5 cm) Additional Information Suitable for all types of stovetops, except induction.
• Wok is a Chinese fry pan with a special deepened shape. The heat is distributed unevenly: from the bottom to the edges. Due to this feature, the ingredients are well fried, but do not burn even without oil.
• Dishwasher Safe (Gentle Cycle Recommended): Safe for dishwasher use, though hand washing or a gentle cycle will help extend the pan’s life. European-Made Quality at a Great Price: Designed and manufactured in Turkey, offering reliable performance without the premium price tag. Papilla is a trusted European brand known for quality and everyday practicality.
• Durable Cast Aluminum Construction: Lightweight yet sturdy, offers excellent heat distribution and long-lasting performance.