With the continuous improvement of industrial technology, the application of tungsten carbide dies is becoming more and more extensive. In the market, the drawing die is very related to the stamping, forming, punching, blanking and extrusion die.

 

1, Tungsten Carbide Drawing Die

In metal stretching, a lot of hard alloy dies are used. Tungsten carbide drawing die (tungsten steel wire die) taking high quality tungsten carbide as the core, which has high hardness, good thermal conductivity and low coefficient of friction. The production of tungsten carbide drawing die which has resistant to corrosion and strong in impact resistance is simple.

 

 

2, Cold Heading, Cold-Punching Mould, Sizing Die

As for large batch stamping parts, It is important to prolong the life of stamping die and improve the productivity is for the designer and manufacturer of the die. To prolong the life of the die, they can improve the structure of the die or improve the manufacturing process. And it is an important and effective way to make the die by replacing the alloy tool steel with the hard alloy with high hardness and good wear resistance.

 

3, Non-Magnetic Alloy

Non-magnetic alloy die is mainly used in the production of magnetic materials. And the non-magnetic alloy is a kind of tungsten carbide material with no magnetic or weak magnetic properties. Due to the requirement of forming non-magnetic materials and non-magnetic cemented carbide for producing magnetic materials, the efficiency of magnetic materials can be increased exponentially instead of non-magnetic steel.

 

4, Heat Forming Die

The wire mill with high speed is a kind of product with a groove or a rolling hole. When working, the steel billet at 1000~1100℃ passes through it at speed of 70 to 120m/min, making it is subjected to the thermal stress at high temperature and high frequency. So, it is a fragile component. Taking tungsten carbide as raw material can meet its performance requirements.