PRODUCT NAME
Utopia Kitchen Induction Bottom Aluminum Nonstick Frying-Pan Grey Fry Pan - 11 inches Dishwasher Safe Cookware - by
PRODUCT CODE: PROD3550027214
PRODUCT INFORMATION
Formed with multi-layer nonstick and top rated material 3003 aluminum alloy that is used for highly durable professional grade frying pans
2-layer nonstick interior is exceptionally durable, double quoted, and scratch resistant; spiral bottom ensures even heating
Bakelite handle is strongly a heat safe comfort grip that resists rust and dullness
Dishwasher safe; for hand cleaning first use a paper towel, wooden, or plastic spatula to remove off any loose food from the pan; then use a soft nylon scrubber, sponge, or paper towel sprinkled with a few drops of dish-washing soap to wipe the nonstick surface clean
Perfect for preparing eggs and omelets, sauteed vegetables, and more
Technical Details
Product Details
Product Dimensions
Package Dimensions
Width : 10.98 inch
Height : 2.01 inch
Length : 17.52 inch
Item Weight: 0 ounce (View shipping rates and policies)
Shipping Weight: 0 ounce (View shipping rates and policies)
ASIN : B00VGXM1DY
Product Description
Get the most value for your money with Top-Rated Professional Grade Cooking Equipment! Professional Induction bottom Nonstick 11-Inch Frying Pan is made of professional-grade 3003 Aluminum Alloy. Its 2-Layer Nonstick interior is exceptionally durable, double quoted and scratch resistant. This luxury cookware pan is safe for use with all cooking surfaces. Its sturdy Bakelite Handle creates a comfort grip that makes handling easy.
? Induction compatible as it has a tested induction bottom
? Safe for all cooking methods.
? PFOA, Lead and Cadmium free.
? Dishwasher safe.
Care & Maintenance Instructions:
? Wash the pan with warm soapy water and dry it completely with a soft cotton or linen towel before using for the first time
? In order to protect its non-stick coating, please use plastic or wooden utensils
? Always let the pan cool before washing it
? Unlike standard cookware, nonstick cookware performs better at slightly lower temperatures.