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1,High hardness and wear resistance : Tungsten carbide hardness is very high, able to resist wear, which makes tungsten carbide spiral shaft in high wear environment has a long service life.
2, Good thermal stability : Tungsten carbide can maintain its hardness and strength at high temperatures, which is very important for mechanical systems that work at high temperatures.
3,High bending strength : The bending strength of tungsten carbide is high, which means that it can withstand a large bending force, which is particularly important for the spiral shaft that bears periodic loads.
4,Corrosion resistance : Tungsten carbide has good resistance to many chemicals, which makes it maintain its performance in the environment where chemical treatment or corrosive media exist.
5,Accurate dimensional control : Tungsten carbide can be precisely formed by powder metallurgy process, which allows the manufacture of spiral shafts with precise dimensions and complex shapes.
6, Customizability : Tungsten carbide can be combined with other materials (such as cobalt) to form a composite material to improve its performance, such as increasing toughness or improving thermal conductivity.
7,Wide range of applications : Tungsten carbide screw shafts can be used in a variety of industrial applications, including automotive, aerospace, mining and manufacturing, to provide high-performance solutions.
However, the preparation process of tungsten carbide is relatively complex and costly, which may affect its economics in some applications. In addition, the brittleness of tungsten carbide is also a problem to be considered, especially in the case of shock or vibration. Therefore, when choosing tungsten carbide as a spiral shaft material, it is necessary to consider its performance advantages and cost factors.
1,High hardness and wear resistance : Tungsten carbide hardness is very high, able to resist wear, which makes tungsten carbide spiral shaft in high wear environment has a long service life.
2, Good thermal stability : Tungsten carbide can maintain its hardness and strength at high temperatures, which is very important for mechanical systems that work at high temperatures.
3,High bending strength : The bending strength of tungsten carbide is high, which means that it can withstand a large bending force, which is particularly important for the spiral shaft that bears periodic loads.
4,Corrosion resistance : Tungsten carbide has good resistance to many chemicals, which makes it maintain its performance in the environment where chemical treatment or corrosive media exist.
5,Accurate dimensional control : Tungsten carbide can be precisely formed by powder metallurgy process, which allows the manufacture of spiral shafts with precise dimensions and complex shapes.
6, Customizability : Tungsten carbide can be combined with other materials (such as cobalt) to form a composite material to improve its performance, such as increasing toughness or improving thermal conductivity.
7,Wide range of applications : Tungsten carbide screw shafts can be used in a variety of industrial applications, including automotive, aerospace, mining and manufacturing, to provide high-performance solutions.
However, the preparation process of tungsten carbide is relatively complex and costly, which may affect its economics in some applications. In addition, the brittleness of tungsten carbide is also a problem to be considered, especially in the case of shock or vibration. Therefore, when choosing tungsten carbide as a spiral shaft material, it is necessary to consider its performance advantages and cost factors.
