The Chicago Metallic 65525 Allergen Management Cupcake Pan is a professional-grade muffin pan designed for commercial foodservice environments. Crafted from durable aluminized steel with a coated surface, this pan measures 14-1/16" by 20-11/16" overall and produces 24 cupcakes with a 2-3/4" diameter, each with a capacity of 3.8 oz. Its wire-in rim enhances stability during baking, making it suitable for bakery, catering, and institutional kitchens. The pan’s construction ensures even heat distribution, uniform baking, and repeatable results across high-volume operations. Dishwasher safe (hand wash recommended), it is engineered for consistent performance in demanding culinary settings. This allergen management muffin pan maximizes bake efficiency while maintaining food safety standards for diverse foodservice applications.
Top Chicago Metallic 65525 Features
The Chicago Metallic 65525 muffin pan features a commercial-grade aluminized steel construction with a coated surface for enhanced durability, corrosion resistance, and easy de-molding. Its design supports high-output baking, with a specific focus on consistent heat transfer and uniform cupcake formation. The wire rim provides reinforced stability during handling and baking cycles, while its dishwasher-safe surface simplifies cleaning in busy kitchens. Suitable for countertop or oven use, this pan perfectly integrates into high-volume bakery, catering, or institutional workflows, offering dependable performance and food safety compliance. Ideal for professional bakeries and catering operations requiring allergen-conscious bakeware with robust, long-lasting materials.
- Capacity: Produces 24 cupcakes with 3.8 oz. capacity each
- Material: Coated aluminized steel for durability and heat distribution
- Ease-of-use: Wire-in rim provides stability during baking and handling
- Maintenance: Dishwasher safe for quick cleaning (hand wash recommended)
- Fit and compatibility: Suitable for standard commercial ovens, with high-volume throughput
This muffin pan is ideal for high-volume bakeries, catering kitchens, or institutional setups seeking efficient allergen-conscious baking tools.
Chicago Metallic 65525 Technical Specs
The Chicago Metallic 65525 muffin pan features a robust construction from coated aluminized steel, measuring 14.06" in width, 20.68" in depth, and 1.37" in height. It weighs approximately 31.2 lbs, designed for durable, commercial use. Its surface finish provides corrosion resistance and easy food release, supporting high-volume baking requirements. The pan’s operating temperature range is suited for standard culinary ovens, ensuring uniform baking and consistent results across multiple use cycles. Certified for food safety with a dishwasher-safe design, it is compatible with standard baking protocols. Its heavy-gauge construction offers long-term performance in demanding kitchen environments, supporting efficient workflow in bakery, catering, or institutional foodservice applications. Shipping typically includes case quantities for bulk deployment, optimizing procurement processes for commercial operations.
- Dimensions: 14.06" W x 20.68" D x 1.37" H
- Weight: 31.2 lbs (product weight)
- Material: Coated aluminized steel with high conductivity
- Temperature Tolerance: Suitable for most baking oven ranges
- Construction: Durable, corrosion-resistant coating for commercial bakeware
- Cleaning: Dishwasher safe (hand wash recommended)
- Operation Compatibility: Fits standard commercial ovens, supports high-volume cycles
What is a commercial muffin pan ?
A commercial muffin pan is a large, heavy-duty baking utensil designed for high-volume foodservice operations such as bakeries, catering kitchens, and institutional dining facilities. Constructed from durable materials like aluminized steel, these pans provide uniform heat conduction, reliable food release, and long-lasting performance under rigorous use. The Chicago Metallic 65525 muffin pan is specifically designed to produce 24 cupcakes with 2-3/4" diameter, suitable for consistent, high-quality baking in busy commercial kitchens. Used primarily in bakery production, catering, and institutional settings, it supports allergen management and efficient workflow for mid-volume or high-volume baking needs.
Top muffin pans for commercial foodservice environments
Built with durable aluminized steel, the Chicago Metallic 65525 muffin pan supports medium-volume bakery and catering operations. Its high-strength construction ensures consistent bake performance, ideal for professional kitchens requiring reliable allergen management and durability. Designed for countertop use in commercial baking workflows, this pan excels in bakery settings and institutional foodservice facilities. Chicago Metallic 65525 offers efficiency and stability for mid-volume production needs.
- Operation Type — Suitable for bakery production lines
- Kitchen Type — Fits in compact commercial bakery spaces
- Foodservice Category — Ideal for institutional baking and catering
- Workload Qualifier — Supports moderate throughput baking cycles
- Use Case — Batch cupcake and muffin production for foodservice
Why Choose Chicago Metallic 65525 ?
Chicago Metallic 65525 muffin pan distinguishes itself through its rugged aluminized steel construction with a coated surface designed for long-term performance and reliability. Its reinforced wire rim simplifies handling during baking and cleaning, while its consistent heat distribution ensures uniform cupcakes. Its durability, combined with ease of maintenance and food safety considerations, makes it ideal for high-volume foodservice environments. Its design maximizes workflow efficiency and minimizes downtime, enhancing overall bakery productivity without compromise on quality or sanitation.
- Compact footprint supports limited workspace in commercial kitchens
- Heavy-gauge aluminized steel offers optimal heat conduction and durability
- Reinforced wire rim provides stability during baking and handling
- Dishwasher safe surface simplifies cleaning in busy operations
- Consistent bake quality supports large-scale cupcake production
