The wear resistance of cemented carbide is mainly reflected in the following aspects:
- Corrosion resistance: Carbide has high corrosion resistance in various chemical substances and will not be corroded even in corrosive environments such as strong acid and strong alkali. Therefore, when manufacturing cutting tools, cemented carbide can resist corrosion from cutting fluids, coolants and other chemical substances, thereby increasing the service life of the cutting tools.
- Wear resistance: Carbide has high hardness and strength, so it can show excellent wear resistance in the cutting process of various materials. Even under conditions such as high-speed cutting and heavy-load cutting, carbide cutting tools will not wear easily, thus extending the service life of the cutting tools.
- Dimensional stability: Carbide materials have very good dimensional stability and will not undergo significant deformation or dimensional changes due to the influence of environmental factors. Therefore, when manufacturing high-precision parts, cemented carbide can ensure the dimensional accuracy and stability of the parts.
- High temperature performance: Carbide has good high temperature performance and can maintain its mechanical properties and performance in high temperature environments. Therefore, in aerospace, high-temperature processing and other fields, cemented carbide is widely used to manufacture high-temperature parts and tools.
In short, the wear resistance of cemented carbide is mainly reflected in corrosion resistance, wear resistance, dimensional stability and high temperature performance. These characteristics make cemented carbide have broad application prospects in various application fields.
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