Casting is a form of "liquid" to "solid" process. It is a process in which the metal is heated and melted into a liquid, and the requirements are met and the molten metal is poured into a mould vessel in the process of cooling, solidification and finishing, so that the casting forms a predetermined shape, size and performance, for more complex parts, casting is a very good casting method.

The casting process for hammerheads saves processing costs and shortens production times to a certain extent, and is one of the basic processes in modern manufacturing. Casting can be classified according to the type of mould or the pressure used to fill the mould with liquid molten metal. Depending on the correct choice of alloy, casting allows them to be heated to the highest possible temperature. A higher quality production material is then obtained, giving alloy crusher hammerheads greater strength and wear resistance.

Alloy cast hammerheads

What does forging look like? The forging hammerhead process is primarily a process that occurs by colliding the hammerhead with iron. The whole process does not involve heating. The two main parts of forging (forging and pressing), through forging can eliminate defects such as loose metal produced in the smelting process, optimise the organisational structure, maintain the integrity of the metal flow, the mechanical properties of forgings are generally better than the same casting material. In the relevant machinery, high load, harsh working conditions of the important parts, in addition to relatively simple rolling plate, profile or welded parts, but also the use of more forgings.

Forged hammer heads have a certain mechanical strength. But the forging process has certain limitations. There are certain requirements on their dimensions. Forged components must not be too complex. The efficiency is too slow compared to the casting process.