Ikenaga Nambu Cast Iron Tetsubin Kettle Kagetsu

The Ikenaga Nambu Cast Iron Tetsubin Kettle Kagetsu is a beautifully crafted kitchenware piece designed to enrich your daily routine. Made with traditional Japanese casting techniques, this kettle not only serves as a stylish addition to your kitchen but also helps replenish iron in your body as you use it. Its modern design combined with time-honored craftsmanship makes it a unique tool for both tea enthusiasts and health-conscious individuals.

This cast iron kettle is versatile and compatible with various heat sources, including direct flame and electromagnetic cookers, making it convenient for everyday use. Its sturdy build ensures long-lasting performance, while the iron content released during heating supports your well-being. The Ikenaga Nambu Cast Iron Tetsubin Kettle Kagetsu stands out as an essential kitchen accessory, blending function with tradition.

• Product Material: Cast Iron

• Manufacturer: Ikenaga Iron Works Co. Ltd.

• Made in: Japan

• Replenishes iron in the body as iron elutes from the kettle during use
• Made with traditional Nambu cast iron craftsmanship
• Compatible with direct flame and electromagnetic cookers (IH 200V)
• Stylish modern design integrated with traditional know-how
• Durable and long-lasting construction

Before first use, rinse the kettle with hot water and dry thoroughly. When heating, place the kettle on a direct flame or an electromagnetic cooker set to medium or lower heat to prevent deformation. Avoid rapid temperature changes and handle with care as cast iron is heavy and can crack if dropped. Always use protective mitts or cloths when touching the kettle during or after heating to avoid burns.

After each use, wash the kettle thoroughly with warm water and dry completely to prevent rusting. Do not use soap or harsh chemicals as they may affect the iron surface. Store the kettle in a dry place. Avoid rapid cooling or dropping to prevent cracks or fissures. Regular use and proper drying will maintain the kettle's quality and functionality.