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Die Casting is azinc die casting process used to make metal parts using molten metal that is forced using high pressure into a die cavity。 The die cavities are made withMulti slider die casting machine hardened steel into the shape of the casts parts。 This means that the products can be made with excellent accuracy and in quick time as well as being able to include different surface textures without any more processing。

For parts that require mass production this is a suitable choice and the partsMulti slider die casting machine are usually made up of non-ferrous metals such as copper or aluminium。 The die casting process can be split into two different categories， these are Hot Chamber Die Casting and Cold Chamber Die Casting。

The hot chamber process involves the injection system being immersed into a pool of molten metal。 The furnace is connected to the machine using a feeding system， which is also known as a gooseneck。 Once the process begins the piston withdraws， enabling the molten metal to fill the feeding system via a port in the injection system。 With the plunger moving downwards， the port is sealed and the molten metal is forced through the gooseneck and into the die。 As soon as the metal solidifies， the plunger moves upwards and then the die is opened。 This process has a short time from start to finish and the metal does not have to be moved from a separate furnace。

Cold Chamber die casting involved the process of using a ladle to move the molten metal from the furnace and into the cold injection cylinder。 The metal is then put into the die using the hydraulic piston。 This method is slower in comparison to the hot chamber process， but is used for manufacturing aluminium parts mainly。

Over recent years the technology involved in the process has moved forward and die casting can now be carried out more efficiently。

There are a number of advantages of using die casting and this isDie casting why it is so popular。 It allows mass production and a variety of shapes andzinc die casting sizes as well as durability。 Die cast parts are stronger than many other materials and they can handle higher temperatures making it ideal for certain working environments。 The speed of production is very quick and it allows manufacturers to produce intricate parts to net shape， meaning that there are minimal machining processes involved， ultimately reducing the time it takes to produce the parts。 Theredie casting machine is also a green side to using the die-cast process as most of the materials used can be recycled， arounddie casting machine 95% can be recycled meaning that it can be used many times without compromising on the quality。 Castings offer thinner walls when compared to sand and permanent mold castings。 This enables the production of parts with thinner walls and this is down toDie casting the high pressure involved during the process of injecting。 This means that lightweight construction can be created without the need of additional operations。