Carbon-silicon analyzer iron-based materials organization and performance

High-alloyed iron-based materials are the most important and most widely used type of sintered materials in the powder metallurgy industry. With the continuous development of the society, with the use of poor conditions (such as high temperature, poor lubricity, etc.), the comprehensive performance requirements of the high-alloy iron-based material analyzers are getting higher and higher. High-alloyed iron-based materials are ideal materials with high potential because of their high heat resistance and wear resistance, and they are the key factors affecting the microstructure and properties of these materials. The addition of carbon can significantly increase the strength, hardness and wear resistance of the material, but the addition of carbon will increase the difficulty of the preparation process of iron-based powder metallurgy materials. If the carbon content is too low, the amount of carbide formation in the high alloy material analyzer is small, the material properties are degraded, and the wear resistance is poor. If the carbon content is too high, the sintering performance deteriorates. Therefore, with a reasonable carbon content, the carbon-silicon analyzer can help to achieve an ideal sintering temperature range and give the material a good overall performance.