Understand the production process and characteristics of tungsten alloy?

Tungsten Alloy is a high performance material, made of tungsten and other metal alloys. Tungsten has high melting point, high hardness, high density and excellent corrosion resistance, so tungsten alloy is widely used in the manufacture of cutting tools, drills, auto parts, electronic devices and other fields.

The production process of tungsten alloy usually includes the following steps: raw material preparation, powder metallurgy, sintering, cold pressing, hot working and surface treatment. The sintered Tungsten Alloy Blank may require further heat treatment to improve the properties of the material. In the process of hot processing, tungsten alloy billet can be plastic deformed by rolling, forging, extrusion and other ways to improve its mechanical properties and processing properties. The surface treatment of tungsten alloy can improve its corrosion resistance, wear resistance and aesthetics, making it more suitable for specific application fields.

Tungsten Alloys has the characteristics of high strength, high hardness, good thermal stability and corrosion resistance, and is widely used in aerospace, automobile manufacturing, mechanical processing, electronic devices and other fields. At the same time, tungsten alloy's high density and radiation shielding properties also make it an important material in the field of nuclear energy.

In general, the production process of tungsten heavy alloy is complex, but through precision process control and optimization, tungsten alloy materials with excellent performance can be obtained to provide stable and reliable material support for various industries.

First of all, the raw material of tungsten alloy is mainly tungsten powder and other metal powder, mixed in a certain proportion. Then the mixed powder is put into the mold and pressed to form the initial blank. Next, the billet is sintered in a high temperature furnace so that the powder particles are combined into a solid whole. During the sintering process, diffusion between particles occurs, thereby increasing the density and strength of the material.