Product Name |
Cake Baking Pan |
Features
|
1.food grade carbon steel material 2.multi function
3.easy to clean
4.Anti rust
5.high temperature resistance
|
Model |
SHCREO-1268 |
MOQ |
50PCS |
Premium Carbon Steel Baking Pans: Unlock Perfect Baking Performance
Experience the ultimate in professional bakeware with our Premium Carbon Steel Baking Pans. Engineered for exceptional baking performance, these durable bakeware solutions offer versatile baking for every need.
Material Excellence:
Crafted from food-grade carbon steel, these professional baking pans deliver superior heat distribution and exceptional strength. The advanced non-stick coating guarantees effortless release and hassle-free cleaning, while the rolled edges ensure safe handling, oven safety, and a sleek professional aesthetic.
Multi-Cavity Versatility:
Find your perfect muffin pan or cupcake pan match. Choose from 4-cavity, 6-cavity, 9-cavity, 12-cavity, and 24-cavity configurations to handle any batch size. Every pan features precision 3.9cm/6.5cm cavities for uniform baking of perfect muffins, cupcakes, and individual desserts.
Key Bakeware Features:
✓ Heavy-duty carbon steel construction withstands high oven temperatures for lasting bakeware durability.
✓ Food-safe non-stick coating ensures easy release and quick cleaning.
✓ Rolled edge design provides burn-free handling and enhanced oven safety.
✓ Premium finishes: Standard gold, black, and gunmetal grey.
✓ Lightweight yet sturdy (175g-343g) for comfortable use and balanced heft.
Optimized Dimensions for Efficient Baking:
12-Cavity Pan: Standard (26.5×18.6×1.5cm) / Large (35.3×26.2×3cm)
24-Cavity Pan: 35.4×26.4×1.5cm (Maximizes oven space)
9-Cavity Pan: 26.6×26.6×2.7cm (Square design)
6-Cavity Pan: 26.5×18.5×3cm (Deep well option)
Your Baking Essentials Perfected:
→ Achieve flawless muffins, cupcakes, and individual desserts consistently.
→ The ideal baking sheet / baking pan for family baking and health-conscious kitchens.
→ Delivers durable, oven-to-table performance.
→ Features space-saving, stackable storage design.