9X13 Deep Half Size Extra Heavy Weight Aluminum Pan
The 9×13 Deep Half Size Extra Heavy Weight Aluminum Pan is a versatile and durable disposable bakeware essential designed for both professional and home kitchens. Made from thick, extra-heavy gauge aluminum, this deep rectangular pan provides superior strength and rigidity — perfect for cooking, baking, roasting, storing, and transporting large meals without bending or warping. Its deep design with ample capacity accommodates family-sized recipes or catering portions with ease. Whether you're baking casseroles, lasagna, cakes, or prepping food for a party or event, this aluminum pan delivers dependable performance and effortless cleanup. Optional matching lids (sold separately) keep food fresh and secure for deliveries or refrigerated storage.
Product Description
The 9 × 13 Deep Half Size Extra Heavy Weight Aluminum Pan is built for strength, reliability, and everyday convenience in both home and professional kitchens. Crafted from thick, extra-heavy gauge aluminum, this pan provides superior durability and maintains its shape even when filled with heavier foods. The deep design offers generous capacity, making it ideal for baking, roasting, meal prep, catering, and food storage. Perfect for casseroles, lasagna, cakes, pasta dishes, and party trays, this disposable pan delivers excellent heat distribution for consistent cooking while ensuring quick and easy cleanup after use.
Key Features
• Extra heavy-weight aluminum construction for maximum strength and stability
• Deep design provides larger capacity for family-size meals and bulk cooking
• Durable structure resists bending, warping, and leaking during transport
• Excellent heat conductivity for even baking and roasting results
• Ideal for casseroles, lasagna, cakes, meal prep, catering, and events
• Disposable for fast, hassle-free cleanup and recyclable for added convenience
• Fits standard ovens and steam tables for versatile kitchen use
• Compatible with lids (sold separately) for secure storage and transportation


