precision die forging

 to manufacture workpiece blanks that are close to the shape of the parts. Compared with traditional forming techniques, it reduces the subsequent cutting amount, reduces material and energy consumption, significantly improves production efficiency and product quality, lowers production costs, and enhances the market competitiveness of products.

metal forging is not only can forming the part but improve the mechanical property,

also sometimes we want to save the material and machining cost to forging the rough parts.

with the development of large forging machine, we can forging more and more parts that were supposed to be produced by casting or bar material,

especially for some important parts, the casting process always have some defects to affect the performance, we must produce by forging process

to get the good mechanical property for safety.

precision die forging can forming the part well  for some font or small features,no need the machining again,

there are many new forging process, such as the multi-ram forging, cored- forging,cross wedge rolling

the material can be alloy steel,stainless steel, aluminium alloy, and brass alloy. 

Industry served:

1. Forged shaft: 

Forged shaft is a component used for transmitting and rotating power, widely used in mechanical equipment, metallurgical equipment, petroleum machinery, shipbuilding industry and other fields. Forged shafts can be divided into two types: large forged shafts and small forged shafts, and their materials include carbon steel, alloy steel, stainless steel, etc.

2. Forged ring: 

Forged ring is a ring-shaped component manufactured through forging process, and its materials include carbon steel, alloy steel, stainless steel, etc. Forged rings can be widely used in fields such as shipbuilding, marine machinery, metallurgy, electricity, chemical engineering, water pumps, bearings, etc.

3. Forging plate: 

Forging plate is a component used in industries such as machinery, power, electronics, aerospace, etc. It has characteristics such as high strength, wear resistance, and corrosion resistance. Forging technology can ensure a uniform microstructure on the surface and inside of the forged plate, optimize part design, improve manufacturing accuracy, and thus enhance the overall performance of the parts.

4. Forged flange: 

Forged flange is a type of connecting pipe that can be widely used in fields such as petroleum, chemical, shipbuilding, aerospace, etc. The advantages of forged flanges are stable quality, high strength, ability to withstand large pressure and temperature changes, and long service life.

5. Forged shaft sleeve: 

Forged shaft sleeve is an important component widely used in the fields of power, petroleum, shipbuilding, machinery, automobiles, etc. It is usually used to carry and rotate loads on shafts. The advantages of forged shaft sleeves include good sealing performance, high mechanical strength, and long service life

and some valves, pipe joint,adapter. lifting lugs, we only need to hot forming it and drill the holes and machining the connet faces.