Nakao Aluminium Bottom Round One Handle Pan 24cm

The Nakao Aluminium Bottom Round One Handle Pan 24cm is a versatile and durable kitchen essential designed for both professional chefs and home cooks. Crafted with high-quality aluminum, this pan offers excellent heat conductivity, ensuring your dishes cook evenly every time. Its round shape and one-handle design provide ease of use and control, making it perfect for preparing a variety of meals, including Japanese stews and nimono.

Made by Nakao-Alumi Co Ltd, a respected manufacturer with a rich history dating back to 1958 in Tokyo, this pan exemplifies traditional Japanese craftsmanship combined with modern cooking needs. Available in multiple sizes, the 24cm pan strikes a perfect balance between capacity and manageability, making it suitable for everyday cooking tasks. Designed for stovetop use, it is not compatible with electronic ovens or microwaves.

• Product Material: Aluminium

• Manufacturer: Nakao-Alumi Co Ltd

• Made in: Japan

• Durable aluminum construction for excellent heat distribution
• Round shape with one handle for easy handling and control
• Available in multiple sizes to fit various cooking needs
• Ideal for preparing Japanese stews and nimono dishes
• Not suitable for use with electronic ovens or microwaves

Use the Nakao Aluminium Bottom Round One Handle Pan on a stovetop for best results. It is ideal for cooking stews, nimono, and other simmered dishes. To maintain the pan's quality, avoid using it in electronic ovens or microwaves. After cooking, hand wash the pan with a soft sponge and mild detergent, then dry thoroughly with a clean cloth. Handle with care to prevent dents or scratches.

Hand wash the pan using a soft sponge and mild detergent to preserve the aluminum surface. Avoid abrasive cleaners or metal scrubbers that could damage the finish. After washing, dry the pan immediately with a clean cloth to prevent water spots or corrosion. Do not use the pan in electronic ovens or microwaves. Store in a dry place to maintain its longevity and performance.