Product Information

• Brand:UMIC
• Material:Body: Aluminum alloy, Stainless steel, Inner surface: Fluorine resin coating, Outer surface: Baked coating, Handle: Phenolic resin
• Product type:Frying Pan
• Country of origin:China
• Pink:Dimensions (approx): Outer size: 404 x 227 mm, Inner size: 230 x 220 x 45 mm, Thickness: 4.7 mm, Item weight (approx): 700 g, Shipping weight (approx): 1100 g
• Green:Dimensions (approx): Outer size: 404 x 227 mm, Inner size: 230 x 220 x 45 mm, Thickness: 4.7 mm, Item weight (approx): 700 g, Shipping weight (approx): 1100 g
• Orange:Dimensions (approx): Outer size: 404 x 227 mm, Inner size: 230 x 220 x 45 mm, Thickness: 4.7 mm, Item weight (approx): 700 g, Shipping weight (approx): 1100 g

Key Features

• Experience effortless cooking with this induction-compatible frying pan, designed for the modern kitchen.
• The ergonomic curved shape ensures smooth, hassle-free food transfer directly to your plate, preserving your culinary creations exactly as intended.
• The pan’s gently sloped front and back edges provide the perfect angle for effortless food flipping, giving you professional-level control with every toss.
• The carefully crafted pouring spouts enable clean, controlled pouring of sauces, oils, and cooking liquids directly into your dish without messy drips or spills.

Use & Care

• Wash it well after each use and dry it thoroughly before storing.
• For your safety and to maintain the shape of your cookware, please cook on medium or low settings, as the 200V induction cooktops generate significant heat.
• While cooking, regularly check your pot’s condition and the internal temperature of your food.

Background

With a proud legacy spanning generations, Urushiyama Metals Industrial Co., Ltd. leads Japan’s culinary craft. From their headquarters in Niigata Prefecture, their master craftsmen create exceptional cookware through a seamless in-house production process. Working with premium aluminum sheets, cast aluminum, and stainless steel, they maintain complete control over quality – from raw material to finished product.