Kitchenaid Fry Pan, Covered, Nonstick, 12.25 Inch
-
By A Mystery Man Writer
-
-
5(456)
Product Description
Take control with even heat and achieve consistent results when cooking with the KitchenAid Hard Anodized Induction Nonstick Frying Pan (8.25). Crafted from heavy-gauge, hard anodized aluminum, this fry pan is durable enough for everyday use to experiment with new, exciting recipes and cooking techniques in the kitchen. Thick, forged base is designed to heat evenly, eliminating hot spots for beautifully browned results on any stovetop.
KitchenAid Hard-Anodized Induction Nonstick Frying Pan Set - ShopStyle
TOUGH, FORGED CONSTRUCTION: Hard anodized ceramic nonstick frying pan from KitchenAid is 8x harder than aluminum for lasting performance and features
KitchenAid Hard Anodized Ceramic Nonstick Frying Pan/Skillet, 12.25 Inch, Blue Velvet
KitchenAid, Hard Anodized Nonstick 2-Piece Frying Pan Set - Zola
Crafted from heavy-gauge, hard anodized aluminum, these nonstick frying pans are durable enough for everyday use to experiment with new, exciting recipes and cooking techniques in the kitchen. Thick, forged bases are designed to heat evenly, eliminating hot spots for beautifully browned results on any stovetop. Triple-layer nonstick on the skillet interiors and handle rivets provide effortless food release for a completely nonstick cooking surface.
KitchenAid Hard-Anodized Induction 8 .25 and 10 in. Aluminum Nonstick Frying Pan Set Matte Black
KitchenAid Hard Anodized Nonstick Frying Pan, 12.25-Inch, Onyx Black
12.25-Inch Nonstick Stir Fry Pan with Helper Handle – PotsandPans
Crafted from heavy-gauge, hard anodized aluminum, these nonstick frying pans are durable enough for everyday use to experiment with new, exciting recipes and cooking techniques in the kitchen. Thick, forged bases are designed to heat evenly, eliminating hot spots for beautifully browned results on any stovetop. Triple-layer nonstick on the skillet interiors and handle rivets provide effortless food release for a completely nonstick cooking surface.