Knowledge

The structure of the wire drawing die core can be divided into five zones according to its working properties: "inlet zone, lubrication zone, working zone, sizing zone, and outlet

Although wire drawing dies can be used to process various metal and alloy materials such as steel, copper, tungsten, molybdenum, etc., different material drawing dies have their ow

The materials of various wire drawing dies have their own characteristics. Among them, natural diamond wire drawing dies are the most expensive and extremely difficult to process.

Artificial diamond, also known as polycrystalline diamond, is a polycrystalline material formed by the undirected polymerization of many single crystal particles. It has high stren

Natural diamond, commonly known as diamond, is the hardest substance in nature, with high wear resistance and thermal conductivity. When used for drawing tungsten molybdenum wires,

The hard alloy used for wire drawing dies is a carbide cobalt type alloy with a low cobalt content. It has good wear resistance, impact resistance, polishing and corrosion resistan

Hard alloy molds are made of hard alloy. Hard alloy belongs to the tungsten cobalt alloy category, and its main components are tungsten carbide and cobalt. Tungsten carbide is the

Alloy steel molds were early materials for wire drawing die manufacturing. The materials used to manufacture alloy steel molds are mainly carbon tool steel and alloy tool steel. Ho

After decades of development, many new types of wire drawing die materials have emerged. According to the type of material, wire drawing molds can be divided into various types, in

The wire drawing die has a wide range of applications, such as high-precision wire materials used in electronic devices, radar, television, instruments, and aerospace, as well as c

1. When pulling soft metal (such as gold and silver), a steel mold is sufficient, and there can be multiple holes with different apertures on the steel mold. 2. Tungsten carbide mo

The sizing zone is the final step in determining the final size of the wire, and the short and uneven size of the sizing zone will directly affect the final quality of the wire. Sh