Aluminum Die Casting Components have excellent casting properties. According to the application purpose, part shape, specification accuracy, quantity, product quality standards, mechanical properties and other levels of standards and economic benefits, the appropriate alloy and casting method can be determined. Aluminum alloy casting is suitable for casting non-engine parts, such as engine block, clutch housing, rear axle housing, steering shaft housing, transmission, valve train, high pressure oil pump, water pump, rocker cover, wheels, engine frame, brake Calipers, hydraulic cylinders and brake discs.

Due to the large crystal structures that appear during the aluminum alloy casting operation, the long-term heat treatment and tempering of these crystal structures during the casting process can ensure that the finished product is more ideal. However, since the temperature at which it melts properly is close to the melting point of the low-melting crystals, these crystal structures need to be heat treated and tempered at the time of casting. If the heating of Aluminum Die Casting Components is handled correctly, proper heat treatment and tempering are required. It is necessary to select a heating furnace and associated instruments that make it easier to adjust the temperature to properly monitor and regulate the temperature. Only in this way, the effect of aluminum alloy casting can be better.
Aluminum Die Casting Components are generally metal die castings. According to different parts, there will be different numbers of sand cores. The structure is simple and cannot use sand cores. Aluminum alloy casting is divided into gravity casting, low pressure casting and die casting (high pressure). Sand cores are commonly used in gravity casting and low pressure casting. Sand cores are not allowed in high pressure die casting. Injection molding is not suitable for aluminum alloy casting, which is generally suitable for plastic parts.
Because products produced by Aluminum Die Casting Components are stronger than other casting methods, products of the same size will be lighter. Therefore, in the current market, the popularity of aluminum alloys is particularly high. However, when selecting castings, attention must be paid to their compliance with the relevant production standards. If there are certain defects, such castings must be reworked before they can be put into production. Otherwise, the service life of the product may be shortened.