[Perfect Bun Size]Craft premium homemade hamburger bunks with our 5-inch non-stick carbon featuring large 5x5-inch cavities. Designed for efficient baking, these molds even heat distribution for perfectly cooked buns from top to bottom. Pan dimensions: 11x11x1.1 inches, making it both compact and substantial for daily use. [Versatile Baking Molds]Explore a world of baking possibilities with 4 generous grooves, each 5 inches in diameter and 1.1 inches deep. Perfect for not only crafting superior hamburger buns, but also for making mini sourdough loaves, succulent multigrain breads, and sweet rolls, enhancing versatility in your baking adventures. [ and High Heat Tolerance]Constructed from premium carbon steel, this hamburger bun pan boasts a high-temperature resistance up to 450F. Its integral one-piece design ensures consistency in heat distribution, stability, and resistance to deformation, supporting your baking ventures over countless uses. [Enhanced Non-Stick Technology]Employing advanced German technology, our hamburger pan provides thrice the demolding ease of traditional molds. The robust 5-ply guarantees a high number of reuses ranging from 210 to 800, marrying durability with the convenience of easy maintenance. [Optimized Airflow Design]Featuring a unique three-dimensional perforated design, this pan ensures seamless demolding and attractive, uniform shapes. The breathability of the design not only aids in cooking but also adds a delightful texture to your bakes, making it a cooking enthusiast's delight and simplifying the baking process. Material: carbon steel Color: as shown Package Contents: 1 x Hamburg mold Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm. Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.