Korkmaz Granita Forged Aluminium Frypan 24X4.7Cm / 2.0 L | Non-Stick Granite Coated Frying Pan | Induction Compatible Cookware | Beige & Silver - KA1855

Korkmaz Granita Aluminum Frypan (KA1855) is the ideal everyday skillet for quick, high-performance cooking. Masterfully crafted in Turkey, this 24cm pan features a heavy-duty, multi-layered granite-effect non-stick coating over a thick die-cast aluminum core. Perfectly proportioned for singles, couples, or side dishes, its 4.7cm deep walls offer excellent versatility—making it your go-to pan for frying eggs, searing salmon fillets, flipping pancakes, or sautéing vegetables. Experience rapid heating, even thermal distribution, and effortlessly smooth food release. Practical, durable, and exceptionally easy to clean.

Korkmaz Granita 24cm Frypan Highlights:

• High-Performance Granite Non-Stick: Features a rugged, multi-layered, PFOA-free granite-effect surface. Achieve delicious, golden-brown results with minimal oil or butter, while food slides right off the pan.
• Superior Thermal Performance: Built with a thick die-cast aluminum body that heats up rapidly and retains heat beautifully. It ensures uniform cooking temperatures across the pan, preventing burned centers or undercooked edges.
• Professional Stay-Cool Handle: Designed with a premium, hollow stainless steel handle secured with heavy-duty rivets. It minimizes heat transfer on the stovetop and provides a comfortable, ergonomic grip.
• Everyday 24cm Versatility: The compact and lightweight footprint makes this skillet easy to handle and ideal for smaller meals, quick breakfast preps, or side sauces.
• Environmentally Conscious & Safe: Manufactured using eco-friendly production techniques. The non-stick coating contains no harmful heavy metals like lead or cadmium, ensuring safe, toxic-free meals.

Pro-Tip: To keep your 24cm Granita pan performing like new, use wooden, silicone, or nylon utensils. Avoid abrasive scouring pads when washing, and always allow the pan to cool completely before rinsing to protect the non-stick surface from thermal shock.