Urushiyama Quattro Ih Tamagoyaki Rolled Omelette Pan 15X9.5Cm

The Urushiyama Quattro Ih Tamagoyaki Rolled Omelette Pan 15X9.5Cm is a specialized kitchenware designed to make the art of cooking perfect Japanese rolled omelettes effortless and enjoyable. Its unique rectangular shape and optimal size allow for precise omelette shaping, ensuring consistent and beautiful results every time you cook.

Crafted with a unique four-layer structure combining stainless steel and aluminum, this pan offers excellent heat distribution and retention for even cooking. The high-quality fluorine resin coating provides superior stain resistance and durability, making it a reliable addition to any kitchen setup, whether you use gas, induction, or radiant heaters.

• Product Material: Stainless Steel with Aluminum core and Fluorine Resin Coating

• Manufacturer: Urushiyama Metals Industrial Co. Ltd.

• Made in: Japan

• Unique 4-layer structure combining stainless steel and aluminum for excellent heating performance
• High-quality 3-layer fluorine resin coating for superior stain resistance and durability
• Compatible with gas cooktops, induction heating, radiant heaters, halogen heaters, and plate heaters
• Comfortable and stylish handle designed for easy grip and control
• Ideal size of 15x9.5 cm perfect for making tamagoyaki and other rolled omelettes

Before first use, wash the pan with warm soapy water and dry thoroughly. Heat the pan over your preferred heat source and lightly oil it to prevent sticking. Pour a thin layer of beaten eggs, cook until semi-set, then roll using a spatula or chopsticks. Repeat layering and rolling until the omelette is formed. After cooking, clean the pan with warm soapy water using a soft sponge. Avoid using metal utensils to maintain the coating integrity.

Hand wash with warm soapy water using a soft sponge to preserve the fluorine resin coating. Avoid abrasive cleaners or metal scrubbers that can damage the surface. Dry thoroughly before storage to prevent rusting. Do not expose the pan to extreme temperature changes to maintain its durability and performance.