Metallographic microscope is a commonly used metal material testing equipment, which can be used to study the microstructure, composition and performance of cemented carbide. Here are some examples of metallurgical microscopy in cemented carbide applications: 1. Microstructure analysis: Metallographic microscope can observe the microstructure of cemented carbide, including grain shape, grain size, grain boundary morphology and distribution, etc. This is very important for understanding the properties of cemented carbide and the changes during machining. 2. Chemical composition analysis: Cemented carbide is usually composed of a variety of metal and non-metal elements. The metallographic microscope can determine the position and distribution of each element in the cemented carbide in the microstructure and the relative content of the crystal components through the chemical probe analysis technology.
3. Analysis of phase transformation and recrystallization behavior: Cemented carbide may undergo phase transformation and recrystallization behaviors during processing and use. Metallographic microscopy can observe and analyze these behaviors to understand the changes in the microscopic properties of cemented carbide. 4. Defect and damage analysis: Cemented carbide may be damaged during use, such as cracks, fatigue, etc. Metallographic microscopy can observe defects and damage in cemented carbide and analyze its formation mechanism. In conclusion, metallographic microscopy is an important tool for studying the properties and structural changes of cemented carbide. By observing the microstructure and chemical composition of cemented carbide, we can gain a deep understanding of its performance and behavior, and then guide the preparation and use of cemented carbide.
Post time: Jun-08-2023
