Cooking Skillet Induction Cooking Pan for Induction Cookers and Everyday Use

Stainless Steel Nonstick Frying Pan Even Heat Stainless Steel Skillet for Induction Cookers and Everyday Use Features: 1.Safe Food-Grade Construction: Our stainless steel nonstick frying pan features a triple-layer structure with a 316 interior and 304 exterior, offering a -free, nonstick surface for safer food contact. Ideal for stir-frying, searing, and diverse cooking, it supports long-term healthy use. 2.Choose from Two Sizes: Available in a 22cm compact open skillet for 1-2 people or a 28cm practical version for 3-5, both feature a 5.2cm depth for frying, sauteing, or small batches of stew. Great for singles, families, or gatherings, meeting every cooking skillet need. 3.Uniform Heating & Energy Efficient: The three-layer composite base ensures rapid and even heating, preventing hot spots and burnt food. This induction cooking pan is compatible with gas stoves, induction cookers, and more, increasing kitchen efficiency while saving on fuel or electricity costs. 4.Lasting & Easy to Clean: The high-quality stainless steel creates a naturally nonstick surface, reducing the chance of food sticking or burning. Simply rinse for easy cleanup-this even heat stainless steel skillet resists scratches, deformation, and high temperatures, making it long-lasting. 5.User-Friendly Details: Lightweight design cooking skillet makes tossing ingredients effortless; rounded edges allow clean pouring without drips; cool-touch handles offer safe, comfortable grip and excellent heat insulation, ensuring convenient and safe daily cooking.Specification: Product Name: Stainless Steel Non-Stick Frying Pan Material: 304 Stainless Steel Bottom Construction: Triple-Layer Base Depth: 5.2 inch Function: Physically Non-Stick Compatible Cooktops: Universal Feature: Coating-Free Pan Note: Due to different monitor settings and lighting conditions, the actual color of the item may vary slightly from the pictures. Thanks for your understanding! Please allow a 1-2 cm difference in measurements due to manual measuring.