Precision Die Forging Service Supplier

Before starting production, we will design a comprehensive solution based on your specifications. We will then have an in-depth discussion with you to assess the feasibility of the proposed solution. After getting your approval, we will proceed with mold fabrication as per the agreed parameters and start sample trial production.

For open die forging, simple mold design can shorten the lead time of mold production. For closed die forging, the initial tool and die design is somewhat complex and will take longer in the initial stage. Once the die is in place, it is very suitable for mass production. We will conduct a comprehensive analysis of the specific requirements of the project and select the appropriate processing method.

Blanking is an important preparation stage before the forging process. After calculating how much raw material is needed according to the drawing, the large continuous casting billet or steel ingot is divided into the required small pieces of raw material through cutting methods such as sawing machines.

In order to reduce the forging deformation force and improve the plasticity of the metal, make it easy to form, and obtain good post-forging structure and mechanical properties, we will conduct electromagnetic induction heating of the metal.

After the metal blank is heated to a temperature higher than the recrystallization temperature of the material, the metal blank is plastically formed into the shape and size of the forging using a mold. Hot forging has always played an important role in shaping metal parts with precision, strength and efficiency.

According to the material and size of the forging, the residual heat of the forging is used to perform trimming immediately after die forging.

Before heat treatment, we will first grind and polish the metal forgings to eliminate surface oxide scale and burrs and obtain a smooth surface.

Heat treatment is a special technique used to improve the properties of die forgings. It can change the crystal structure in the material, change the surface layer structure and improve the material's physical properties and its service life.

Computer programming in CNC machines allows die forgings to be machined according to your needs. We have optimized every process parameter to make it easier to achieve high precision and good surface finish.

It is very necessary to perform surface treatment on hot die forgings. Common forging surface treatment processes include: spraying, electroplating, anodizing, impregnation, oil spraying, sandblasting and other processes.

In order to ensure that the quality of forgings meets the various indicators required for design and use, quality inspection of forgings (blanks, semi-finished products and finished products) is required. General forging quality inspection is divided into appearance quality inspection and internal quality inspection.

Our experienced warehousing team ensures your products are stored safely and managed efficiently. Whether you need short-term or long-term storage, we have flexible solutions for you.

Our experienced warehousing team ensures your products are stored safely and managed efficiently. Whether you need short-term or long-term storage, we have flexible solutions for you.

Whether it is technical support, parts replacement or problem solving, we will solve it for you in a professional and timely manner.