There are certain differences in the performance requirements of cemented carbide in different application fields.
When manufacturing cutting tools, cemented carbide is usually required to have high hardness, high strength, high wear resistance and a certain toughness in order to better adapt to the wear and impact of the cutting tool during the cutting process. At high temperatures, cemented carbide still needs to maintain good hardness and wear resistance, so the composition and heat treatment process of the alloy are relatively high.
When manufacturing cutting tools, cemented carbide is required to have high strength and high wear resistance. It also needs to have good toughness and impact resistance to adapt to the wear and impact of the tool during the cutting process. In addition, for cutting objects of different materials, cemented carbide of different compositions and grades need to be selected to meet the requirements of cutting efficiency and service life.
When manufacturing wear-resistant parts, cemented carbide is required to have good wear resistance and high strength, and it also needs to have a certain degree of toughness to cope with complex working conditions. In addition, for some special working environments, such as high temperature, corrosion, etc., it is also necessary to select cemented carbide with corresponding special properties.
In summary, there are certain differences in the performance requirements of cemented carbide in different application fields, and they need to be selected and optimized according to specific application scenarios.
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