Hokuriku Aluminum Lightweight IH Compatible Japanese Frying Pan

The Hokuriku Aluminum Lightweight Durable Japanese Frying Pan IH Compatible provides outstanding cooking performance, merging traditional artistry with advanced technology. Made with premium aluminum alloy and featuring Daikin Silkware SD fluorine resin on the interior, this frying pan guarantees exceptional non-stick qualities and long-lasting durability, making it a vital addition to any kitchen.

Designed for adaptability and straightforward use, this pan works with all types of heat sources, including both gas stoves and induction cookers, enabling you to prepare a diverse range of dishes with ease. Its light build and flared rim make food transfer simple and handling comfortable, improving your cooking experience daily.

• Product Material: Aluminum alloy with Daikin Silkware SD fluorine resin interior

• Manufacturer: Hokuriku Aluminum

• Made in: Japan

• High-grade aluminum alloy body offers superior heat conduction and easy handling
• Interior coated with Daikin Silkware SD fluorine resin ensures excellent non-stick properties and resilience
• Suitable for all heat sources including gas stoves and induction cooktops (IH 100 V / 200 V)
• Flared edge design helps prevent warping and simplifies transferring food to plates
• Mirror-polished exterior with stainless steel plate compressed bottom promotes uniform heat distribution
• Phenolic resin handle provides a secure, heat-resistant grip

Use the frying pan on any suitable heat source, such as gas or induction cookers. Heat the pan before adding ingredients to ensure even cooking results. Safely use metal spatulas, as the pan is built to withstand them. After use, let the pan cool down before cleaning to preserve the coating and maintain its quality.

Manually wash the pan carefully using a gentle cleanser and a soft sponge to protect the fluorine resin finish. Refrain from using harsh cleaners or metal scouring pads. Avoid placing the pan in the dishwasher. Keep in a dry area and avoid exposing to intense temperatures to maintain its condition and prolong its life.