Haomei supply aluminum discs for kitchen use with material composition test report, with composition dispersion controlled within 0.05%, ensuring consistent performance across batches.
Not all aluminum circles are suitable for deep drawing processes. Only products that meet specific metallographic and mechanical properties can stably withstand large deformation stretching.
O temper aluminum circles completely eliminate cold rolling work hardening and residual internal stress, allowing the internal grains to recrystallize fully and form a uniform equiaxed grain structure.
Haomei Aluminum's deep drawing aluminum circles for cookware are specifically developed to meet the forming requirements of cookware with high draw ratios.
Haomei Aluminum has been deeply involved in the export of aluminum circle for cooker for over a decade. The application of our aluminum circles covers all categories from household thin-walled pots to commercial multi-layered bottom cookware.
With uniform grain structure, stable mechanical properties and food-grade surface quality, DC aluminium circles are suitable for various kitchen utensils forming processes such as deep drawing, spinning, and brazing.
The essence is that the production process determines the material properties, and the performance characteristics of DC aluminum circles precisely match the core requirements of cookware forming, surface treatment, and food-grade applications.
Haomei supply system of aluminium circle for cooking pans manufacturing, covering the production needs of all categories, including household frying pans, saucepans, milk pots, and large-capacity commercial cookware.
The mainstream choices of aluminum circle for cookware in Ghana are 1000 series pure aluminum and 3000 series aluminum-manganese alloys, with the four major grades—1050, 1060, 1100, and 3003—accounting for over 95% of total procurement.
1050 ho aluminum discs are high-end, high-purity aluminum substrates used in lightweight cookware molding. Produced in strict accordance with ASTM B209, the substrate aluminum content is ≥99.50%, classifying it as a high-purity, low-impurity industrial pu
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