Aluminum castings are die castings made from aluminum components.

Aluminum die castings are normally employed in the production of hardware and tools because of the terrific resistance of aluminum castings to corrosion and high temperatures, too as their conductivity. Furthermore, aluminum castings are used in applications requiring the production of intricate part options and components.

Automotive castings, which contain engine blocks, cylinder heads, brake calipers and discs and suspension elements, are increasingly being manufactured out of lightweight material, for example aluminum, to economize fuel consumption by decreasing the overall weight in the automobile.

Brass castings are made use of in the architectural and construction industries and in decorative applications, which include doorknobs.

Bronze castings are applied in applications requiring higher strength, creating them excellent for use within the architectural and building industries.

Copper die castings are used in applications requiring exceptional strength and resistance to corrosion. Copper castings consist of brass and bronze castings.

Die casters shape metal by placing stress on molten metal inside a die.

Gravity die castings are developed by pouring molten aluminum into a metallic tool at a casting temperature of 750˜. Gravity die castings have great tolerances and surface finishing.

Higher stress die castings have really thin walls. The metal enters the die cavity at high speeds and under terrific pressure, which increases the opportunity of porosity.

Lead die castings provide wonderful corrosion resistance and are utilized within the production of parts in the plumbing sector. Lead castings, especially tin castings, also present close production tolerances but are generally not as powerful as other aluminiumdiecasting metals.

Low stress die castings are formed when metal from an airtight furnace is transferred into a metallic tool through a increasing tube. Low pressure die casting is suitable for comparatively little lot sizes and for applications in which heat remedy is necessary to improve the mechanical properties.

Magnesium die castings are specifically helpful in applications exactly where weight can be a factor. Magnesium die castings are very lightweight and cost-effective, particularly in comparison to other diecast ingmetals.

Metal castings are metal impressions produced with molds.

Zinc die castings are normally utilised within the production of little components for the electronics and automotive industries. Zinc castings lend themselves well to secondary operations like painting and plating.