PRODUCT NAME
Chicago Metallic Professional 6-Cup Popover Pan, 15.5-Inch-by-9-Inch
PRODUCT CODE: PROD3550018986
PRODUCT INFORMATION
Use this pan to make traditional popovers, Yorkshire puddings but can also be used to make traditional muffins
Made from heavy-weight aluminized steel for superior heat conduction and even baking
Easy release, silicone based, non-stick coating for ease of baking and cleanup
Bakes 6 airy Popovers, each cup measures 2-3/4 by 2-1/4-inch; total pan measures 15-1/2 by 9 by 2-1/2 inches
Dishwasher safe, however hand-washing is recommended to extend product life


Technical Details


Product Details

Product Dimensions

Package Dimensions
Width : 8.4 inch
Height : 2.3 inch
Length : 15.7 inch

Item Weight: 1.74 pounds (View shipping rates and policies)
Shipping Weight: 0 ounce (View shipping rates and policies)

ASIN : B003YL3DWO


Product Description

To create true popovers, this is the pan for you. The cups are designed so that as popovers bake, rise, and ''pop over'' just like in the bakery?they won''t spread into the others in the pan. Deep tapered cups promote even baking and better air circulation. The pan is also great for making muffins and cornbread. Oven safe to 450°F / 232°C; not intended to be used under the broiler. Sharp-edged utensils and knives should not be used.
At Chicago Metallic, we believe that serious baking requires serious bakeware. That’s why we’ve been crafting innovative equipment, for professionals and serious home bakers, for over 100 years. We’ve built a global reputation one kitchen at a time. People know our products are built for durability and can be depended on year after year. We’re proud to offer three distinct lines of premium bakeware plus stylish, innovative specialty bakeware and baking essentials. The Chicago Metallic Professional line of bakeware makes cooking and baking a delight. The non-stick surface easily releases each recipe and makes clean-up effortless. It’s the preferred choice of bakers who understand quality and design, but also want professional-grade durability.
Multi