Ikenaga Induction Cast-Iron Sukiyaki Pan With Double Carrying Handles 22cm

The Ikenaga Induction Cast-Iron Sukiyaki Pan With Double Carrying Handles 22cm is an exceptional kitchenware piece designed to enhance your cooking experience. Crafted to maintain consistent heat, this pan allows you to prepare the perfect sukiyaki dish with ease, ensuring your ingredients are cooked evenly and infused with rich flavors. Its practical size and induction compatibility make it a versatile addition to any kitchen setup.

Featuring double carrying handles that fold flat for convenient storage, this cast-iron pan combines functionality with thoughtful design. The sturdy construction ensures durability and excellent heat retention, making it ideal not only for sukiyaki but also for various other cooking methods that require steady and even heat distribution.

• Product Material: Cast Iron

• Manufacturer: Ikenaga Iron Works Co Ltd

• Made in: Japan

• Made from durable cast iron for excellent heat retention and distribution
• Compatible with induction cooktops for versatile use
• Double carrying handles fold flat for easy and safe handling and storage
• 22cm diameter ideal for preparing authentic sukiyaki and other dishes
• Designed to maintain even temperature, keeping ingredients soft and flavorful

Place the Ikenaga Cast-Iron Sukiyaki Pan on your induction or other stovetop. Preheat the pan before adding ingredients to ensure even cooking. Use pot holders when handling as the pan and handles become very hot during use. After cooking, allow the pan to cool before cleaning. Avoid using detergent; instead, use warm water and a soft brush to clean, and dry thoroughly to prevent rust.

Avoid washing the pan with detergents to maintain the seasoning and prevent damage. After use, clean with warm water and a non-abrasive brush or steel scrubbing brush if rust appears. Dry the pan completely to avoid rusting, and store in a dry place with the handles folded flat. Periodically apply a light coat of cooking oil to preserve the cast iron surface.