Chicago Metallic Bread Pan Set, Holds (4) 8 1/2" x 5 3/4" Pans, AMERICOAT Glazed 26 ga Aluminized Steel (44585) - Image 1
SKU: 225-44585
Brand: Chicago Metallic
Model: 44585

Chicago Metallic Bread Pan Set, Holds (4) 8 1/2" x 5 3/4" Pans, AMERICOAT Glazed 26 ga Aluminized Steel (44585)

The Chicago Metallic 44585 bread pan set features 4 sturdy 26-gauge aluminized steel pans with stain-resistant AMERICOAT glaze. Ideal for commercial bakeries needing durable, high-performance bread pans.

Key Features

  • 4-Slot Commercial Bread Pan Set - Ideal for baking multiple loaves simultaneously in professional kitchens
  • 26-Gauge Aluminized Steel Construction - Durable, stain-resistant, and designed to withstand heavy commercial use
  • AMERICOAT® ePlus Silicone Glaze - Provides superior stain protection for consistent, professional-quality results
  • Stain-Resistant Design - Maintains a pristine appearance even in high-volume production environments
  • Folded Construction - Prevents warping while ensuring even heat distribution for perfect loaves
Starting from $1228.80/unit

Volume discounts available

The Chicago Metallic Bread Pan Set (44585) is a professional-grade solution for commercial kitchens and bakeries. This 4-slot, 26-gauge aluminized steel set is built for durability with a sturdy folded construction that resists warping and deformation. Each pan measures 8 1/2" x 5 3/4", providing ample space for baking a variety of bread types. The AMERICOAT® ePlus silicone glaze offers superior stain resistance, making it a top choice for professional bakeries that need long-lasting, easy-to-maintain bakeware. Not dishwasher safe, this set is designed for commercial use where performance and reliability are non-negotiable. Whether you're baking Artisan Sourdough, French Baguettes, or other specialty loaves, this bread pan set delivers consistent results with its even heat distribution and robust construction. Invest in a bakeware solution that stands up to daily commercial use while maintaining pristine appearance and functionality.