Noda Horo Enamel Double Handle Casserole 1.1L for Induction & Gas

The Noda Horo Enamel Double Handle Casserole Pot serves as a charming yet highly functional enhancement for any culinary space. Its modest dimensions render it ideal for petite households or for effortlessly creating side dishes and various sauces. Designed with an inviting and pleasant look, this pot imparts a comforting ambiance to your cooking endeavors, all while providing consistent performance.

Constructed from high-grade enamel and showcasing natural wood handles, this casserole pot is both resilient and attractive. Its ability to work with gas and induction hobs guarantees adaptable application, enabling you to cook diverse dishes with efficiency. The 1.1-liter volume is perfect for routine cooking requirements, establishing it as a smart pick for individuals who appreciate both beautiful form and practical utility.

• Product Material: Enamel

• Manufacturer: Noda Horo

• Made in: Japan

• Modest 1.1-liter capacity, excellent for individual meals and accompanying courses
• Two-handled construction for effortless and protected grip
• Works with gas and induction stovetops, offering flexible culinary options
• Robust enamel structure complemented by natural wood knobs for an elegant style
• Weighs approximately 640 grams, ensuring easy handling and movement

Place this casserole vessel on a suitable heat source, such as an induction or gas hob. Employ it for preparing or heating small quantities of food like gravies, stews, or side dishes. Always grasp the dual handles for secure manipulation, especially when the vessel is hot. Avoid sudden shifts in temperature to avert damage to the enamel coating.

Gently hand wash the vessel using a mild detergent and a soft cloth to safeguard the enamel coating and natural wood knobs. Do not use abrasive cleaning agents or metal brushes, which could scratch the exterior. Although dishwasher compatibility is not verified, gentle hand washing is recommended for prolonged use. Store in a dry location and prevent the vessel from being exposed to extreme temperature variations.