Die-cast kitchenware features high hardness, high temperature resistance, and deformation resistance, making it a mainstream choice for modern household and commercial kitchens. Aluminum alloy and zinc alloy die-cast products cover a full range of kitchen utensils, including cooking pots, food processing tools, and baking molds. Proper usage and maintenance can effectively extend the service life of kitchenware, maintain surface luster and working performance, and avoid oxidation, wear and deformation.
Alloy die-cast kitchenware is compatible with common household heating sources such as open flame, induction cooker and ceramic cooker. However, dry burning must be avoided. Empty burning of pots will cause high-temperature oxidation on the metal surface, leading to discoloration and peeling, and even damage the structural stability of kitchenware. For food processing tools such as meat tenders, slicers and pasta molds, hard knocking and violent collision are strictly prohibited to prevent deformation of edges and textures. Before first use, clean all new kitchenware with warm water and a soft sponge, then wipe dry to remove residual dust and oil stains from production.
Daily cleaning and maintenance is the key to protecting alloy kitchenware. Although the metal surface is hard, it is not resistant to strong acid and alkali corrosion. Do not use steel wool, hard abrasive brushes or corrosive detergents, which may scratch the matte metal surface and cause black oxidation. Clean the kitchenware only after it cools down naturally. Sudden temperature changes will lead to slight deformation due to thermal expansion and contraction. After cleaning, wipe off all water and store in a dry and ventilated place to prevent oxidation and rust caused by long-term humidity.
For long-term stored alloy kitchenware, apply a thin layer of edible oil on the surface to isolate air and moisture, and clean thoroughly before reuse. Following these maintenance methods can keep die-cast alloy kitchenware in perfect condition with lasting practicability and durability.
