Date：2023-05-25 15:45:27

Metallographic analysis is the use of microscope technology to observe the internal microstructure and crystal defects of a material, and further analyze and evaluate the physical and mechanical properties of the material. In this article, we will introduce the principles and objectives of metallographic analysis. View >>

Date：2023-05-25 15:45:22

Metallographic analyzer is a commonly used instrument for material analysis and metal surface detection, mainly used for microscopic observation of the metallographic structure and defects of materials. In the fields of industrial production, quality testing, and scientific research, metallographic analyzers are widely used. Accurate, stable, and efficient metallographic analysis technology has become one of the necessary means to ensure the quality of metal materials. This article has collected and organized some materials, hoping to have significant reference value for readers. View >>

Date：2023-05-24 15:43:27

Metallographic analysis is an important link in the quality control of metal materials. Through metallographic analysis, we can understand the microstructure, grain size, grain boundary state, and phase composition of metal materials, thereby evaluating their mechanical properties, process performance, and corrosion performance indicators. So, how to determine whether the metallographic structure of metal materials is qualified? To help everyone gain a deeper understanding, the following content is organized by Chuangxin Testing Network and provided for your reference. View >>

Date：2023-05-24 15:43:18

Non destructive testing (NDT) CT technology is a non-destructive method that can detect internal defects, cracks, and other problems of objects through computer tomography (CT). This technology is widely used in fields such as aerospace, automotive manufacturing, construction, energy, and healthcare, especially in the manufacturing industry to detect internal defects and damages in parts and products, and ensure that they meet design specifications and safety standards. View >>

Date：2023-05-24 15:43:09

Metallographic structure analysis is an important quality control method for metal materials, used to evaluate the mechanical properties, process performance, and corrosion performance of metal materials. It is a relatively complex experimental method that requires certain experimental skills and operational experience. Below, this article will introduce the specific operational steps of metallographic structure analysis. View >>

Date：2023-05-23 15:59:44

Metallographic analysis is an analytical method that uses microscopic observation of the microstructure and structure of metal materials to understand their physical and chemical properties. The standard specifications for metallographic analysis and testing are a series of standards and specifications developed to ensure the accuracy and reliability of metallographic analysis. The following is a detailed introduction to metallographic analysis and its detection standards and specifications. If you are interested in the upcoming content, please continue reading the following text, hoping it can be helpful to you. View >>

Date：2023-05-23 15:59:34

Metallographic analysis is a widely used analytical method in the fields of materials science and mechanical engineering, used to detect the surface structure and organization of materials. Metallographic analysis can be used to determine the material, composition, organizational structure, and performance of materials, and plays an important role in the research and development, production, testing, and quality control of materials. The following are common testing items and contents for metallographic analysis. View >>

Date：2023-05-23 15:59:26

Polymer materials are an important class of materials widely used in fields such as aerospace, automotive, electronics, and healthcare. The structure and properties of polymer materials are crucial for their applications, so commonly used instruments for polymer material analysis are widely used in scientific research, production, and quality control. To help everyone gain a deeper understanding, the following content is organized by Chuangxin Testing Network and provided for your reference. View >>

Date：2023-05-19 14:23:21

In recent years, X-ray energy spectrum analysis has been widely applied in many fields. This analysis technique can determine the chemical composition and concentration of various elements in the sample by measuring the X-ray in the sample. X-ray energy spectrum analysis has become an indispensable analytical tool in fields such as medicine, materials science, geology, and environmental protection. This article will focus on the main functions and precautions of X-ray energy spectrum analysis. View >>

Date：2023-05-19 14:23:12

EDS energy dispersive spectroscopy, also known as X-ray energy dispersive spectroscopy (EDX), is a commonly used material analysis technique. It can be used for surface composition analysis of individual or composite materials. EDS energy spectrum has very high precision and accuracy, so it has been widely used in scientific research, manufacturing, quality control, quality monitoring and other fields. So, what elements can EDS spectrum analyze? This article will introduce to you. View >>