Our 14cm Non-Stick Fry Pan Forged is the perfect addition to your kitchen cookware collection. This compact and versatile fry pan is expertly crafted using a forging process, ensuring exceptional durability and even heat distribution. Its 14cm size is ideal for cooking single servings or small portions. The non-stick coating on the interior of the pan allows for easy food release and hassle-free cleaning. You can cook with minimal oil or butter, making it a healthier option for your meals. The non-stick feature also prevents food from sticking and burning, giving you perfect results every time. The forged construction of the pan provides superior strength and durability, ensuring it can withstand daily use and last for years. The heavy-duty design allows for excellent heat retention, ensuring your food cooks evenly and efficiently. The ergonomically designed handle provides a comfortable and secure grip, making it easy to maneuver the pan while cooking. The handle is also riveted to the pan for added stability and strength. The 14cm size makes this fry pan ideal for frying eggs, cooking individual portions of vegetables, or preparing small omelets. It's a versatile tool for various cooking tasks. The compact size and lightweight design make it easy to store and handle, saving space in your kitchen cabinets or on your stovetop. Whether you're a professional chef or a home cook, this 14cm Non-Stick Fry Pan Forged will become your go-to tool for everyday cooking. Its efficient performance and non-stick surface simplify your cooking experience. The non-stick coating not only ensures easy food release but also makes cleaning a breeze. A simple wipe with a soft sponge or cloth is all you need to keep the pan in excellent condition. The forged construction of the pan ensures superior heat distribution, reducing hot spots and ensuring your food cooks evenly. Our 14cm Non-Stick Fry Pan Forged is suitable for use on various cooktops, including gas, electric, ceramic, and induction. Its versatility allows you to use it on different heat sources.