FOCUS ON TUNGSTEN CARBIDE PRODUCTS DEVELOPMENT/MANUFACTURE/PROCESS
Views: 2 Author: Zhuzhou Jinding Cemented Carbide Co., Ltd Publish Time: 2024-10-25 Origin: Site
Hard alloys usually have high heat resistance, and their heat resistance temperature can generally reach 800-1000 degrees.
For example, hard alloys mainly composed of tungsten carbide (WC) can maintain a certain degree of hardness and strength in high temperature environments of 800-1000 degrees under appropriate working conditions.
However, the specific heat resistance temperature of hard alloys is also affected by various factors such as their composition, microstructure, manufacturing process, and usage environment.
Some hard alloys with special formulas and manufacturing processes may have a heat resistance temperature exceeding 1000 degrees; In some harsh working conditions, such as prolonged exposure to high temperatures, high stresses, corrosive environments, etc., the actual temperature that it can withstand may be lower than 800 degrees.
For example, in some high-speed cutting processes, due to the generation of cutting heat and the influence of cutting speed, high heat resistance performance is required for hard alloy cutting tools, and special hard alloy materials with higher heat resistance temperatures need to be selected.
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