Casting manufacturing is the process of pouring and hardening a liquid material, such as molten metal, into the cavities of a specially designed mold. After curing, the workpiece is removed from the mold and subjected to various finishing processes or used as a final product.

Casting is a manufacturing process in which a liquid material is usually poured into a mold, which contains a hollow cavity of the desired shape, and then allowed to solidify. The solidified part is also known as a casting, which is ejected or broken out of the mold to complete the process.

Die casting involves melting metal and injecting it into a steel mold (die). CNC machining, or computer numerical control machining, automates the process by using robots to carve the part from the metal.

Die casting is a near-net forming process. So if you are casting rather than machining, then you use only the material you need.

The hot forging manufacturing process is carried out at extremely high temperatures (up to 1150°C for steel, 360 to 520°C for aluminum alloys and 700 to 800°C for copper alloys).

When creating a new product, most forging manufacturers agree that solidifying a bulletproof design and choosing the right But did you know that choosing the right machining method for your material.

The CNC in CNC machining stands for computer numerical control, and it is a way to maximize the efficiency of machining through automating much of the process. Think of machine casting like sculpting with metal. We program the CNC robot which then cuts away at the metal until what is left is the desired part.

Silica sols (colloidal silica), also known as silicic acid solutions, are colloidal dispersions of amorphous silica aggregate particles in water. Silica sols have a wide range of water loss temperatures that not only break their bond strength, but also make their three-dimensional structure more stable and produce higher bond strength. It is a good inorganic binder for precision casting.

The strength, reliability and economy of forgings make them ideal for important automotive and truck applications. Forgings are often found at points of impact and stress, such as wheel axles, main pins, axles and shafts, torsion bars, ball studs, idler arms, steering arms and steering arms.

Precision casting is a general term for the process of obtaining accurate dimensional castings. Compared to the traditional sand casting process, precision casting yields castings with more accurate dimensions and better surface finishes.

According to the technical and economic analysis, the batch of parts in more than 2000 pieces, precision die forging will show its superiority, if the existing forging equipment and heating equipment can meet the requirements of precision die forging process, the batch of parts in more than 500 pieces, it can be used for precision die forging production.

Precision die forging is based on the general die forging gradually developed a new process of less cutting processing. Compared with general die forging, it can obtain good surface quality, less machining allowance and higher dimensional accuracy of forgings.

The application of the silica-sol investment casting process is becoming more and more widespread, and its superiority is a recognized fact, but at the same time it also has the need to improve and enhance the place, because the raw and auxiliary materials used in each factory machine operating conditions are different, so the process parameters are also very different, how to ensure that the finished rate of castings is a permanent issue.

​Compared with traditional processing technology, CNC machining technology itself has very huge unique advantages, which makes it in the field of mold manufacturing is vigorously promoted and widely used.

Silica sol casting​ has the advantages of high dimensional accuracy and good surface quality. It is an advanced technology that is widely used. The use of silica sol casting method can save a lot of machine tool equipment and processing man-hours, and also greatly save metal raw materials.

Gear precision forging is an advanced manufacturing technology with high quality, high efficiency and low consumption, which is widely used in the mass production of automotive tooth parts.

Broadly speaking, heat treatment is the method of heating, holding and cooling the solid metal to change its internal organization, so as to obtain the required mechanical properties and the use of performance of the process.