It is suitable for the analysis and testing of chemical materials such as titanium dioxide, cement, asbestos, and calcined alumina.
It is suitable for the analysis of new materials such as precious metal catalysts, pore materials, fluorescence effect materials, soft magnet oxidation analysis, etc.
X-ray diffraction (XRD) technology is widely used in lithium-ion battery research, production and failure analysis.
Metal materials are an important field of XRD applications. Through XRD technology, the crystal structure, phase transition behavior, crystal defects and crystal orientation of metal materials can be studied.
It is widely used in the biopharmaceutical industry to provide fast and efficient detection tools for every key point in the entire drug development and production channels.
It can be applied to film reflection measurement, density, thickness, roughness and other structural information analysis.
XRD mineral composition analysis technology is a very important analysis method that can be used to determine the mineral composition in a sample, thereby helping us better understand the nature and characteristics of the sample. It provides more accurate and reliable data support for research in geology, mineralogy, materials science and other fields.
Detection and analysis of explosives, pipeline corrosion and other fields
