Farberware Nonstick Bakeware Bread and Meat Loaf Pan Set for Baking, Gray
Product Information
About this item
- THE PERFECT PAIR: Two 9x5-inch loaf pans built for versatility—bake sweet and savory side by side for the same meal, or double up on a favorite recipe and freeze one for later
- LONG LASTING NONSTICK: Heavy-duty steel rolled-rim bread loaf pan bakeware construction provides years of long-lasting, warp-resistant baking performance
- THOUGHTFULLY DESIGNED: Durable, dependable, and exceptionally smooth nonstick for quick and easy food release and effortless cleanup
- OVEN SAFE: Nonstick loaf pans for baking bread are conveniently oven safe to 450 degrees F
- EASY CLEANING: These bread loaf pans are dishwasher safe for easy cleanup; hand wash recommended for best performance
Product Description
Bake up homemade favorites—cakes, quick breads, meatloaf, and more—with the Farberware Nonstick Bakeware 2-Piece Bread and MeatLoaf Pan Set. This set of 2 standard loaf size pans is perfect for home bakers and home cooks. For over 125 years, Farberware has delivered reliability, value, and performance to generations of bakers, and that tradition continues with every sturdy, dependable pan we make. Use these loaf pans for baking bread 9x5 inch for a hearty weeknight meatloaf meal and pop the second one in the freezer for later, or enjoy them for pound cakes, nut breads, yeast loaves, and beyond. Built with heavy-duty construction, this baking pan set features even heat distribution to help prevent hot spots, so every bake turns out beautifully golden with consistent results. These bread & loaf pans are thoughtfully designed and responsibly made without PFAS, PFOA, lead, or cadmium*. Oven safe to 450 degrees F, this nonstick loaf pan set is a versatile addition to any kitchen, ready to join your collection of bakeware staples from Farberware. The easy-release nonstick surface of this metal bread loaf pan set supports nonstick baking for quick cleanup after you bake bread or bake meatloaf.*Product design does not involve intentionally adding to the interior coating of these materials, which may otherwise be present in the environment
