Metal casting is the process of making metal object by melt ingredients making up a metal object is then poured into a mold / molding.
Metals can be casted iron, steel copper alloys (bronze, brass, bronze, aluminum, etc.), light alloys (aluminum alloys, magnesium alloys, and so on), as well as other alloys, such as zinc alloy, Monel (alloy of nickel with less copper), hastelloy (alloys containing molybdenum, chromium, and silicon), and so forth.
Disbursement of metal can be done various ways, for example by induction furnaces, cupola, or other.
Prints can be made by compressing sand obtained from natural or artificial sand that contains clay. Sand molds are easy to make and inexpensive source of sand used accordingly. Prints can also be made of metal, usually iron and used to metals cast melting points below the melting point of iron.
At the foundry, it takes a pattern which is a clone of the object to be created with the foundry. Patterns can be made of metal, wood, styrofoam, candles, and so on. Pattern has a size slightly larger than the size of the object to be created with a view to anticipate shrinkage during cooling and processing aerospace metal finishing after casting.
Moreover, the pattern is also made tilt on its side in order to facilitate the appointment of a pattern of molding sand. Mold is a cavity or space in the molding sand to be filled with molten metal. Making the mold of molding sand carried in a print order. Matter consists of the coup and drag. Coup is located above the mold and the drag is located under the mold. Things to consider in the coup and drag is the determination of appropriate separation surface. Order prints that can be made of wood or metal is the place to solidify the molding sand which had previously been laid a pattern in it. In the casting process takes two print order is printed order for the coup and the print order to drag.