Application of laser particle size analyzer in ceramic powder

The particle size distribution of ceramic powder has an important influence on the material properties and processing technology. The narrowness and uniformity of particle size distribution can affect the density, mechanical properties, sintering properties and conductive properties of ceramic materials. Generally, the narrower the particle size distribution, the higher the density of the material, the better the mechanical properties, and the higher the sintering performance. In addition, the control of particle size distribution also plays an important role in the processing technology of ceramic materials. During processes such as injection molding, drying and sintering, the uniformity of particle size distribution can ensure the uniformity and stability of the material.

Laser particle size analyzer‌ is a modern testing method that overcomes the shortcomings of traditional methods, greatly reduces labor intensity, speeds up testing, and improves testing quality. The laser particle size analyzer uses the scattering phenomenon caused by laser irradiation on particles to measure particle size distribution. It has the advantages of simple and fast operation and high accuracy.

In the ceramic production process, rapid measurement and effective control of powder particle size and distribution are of great significance to improving product quality and reducing production costs. For example, through particle size analysis and detection, the material-to-ball ratio and ball milling time of ball milling can be reasonably set, thereby ensuring product quality and reducing costs. In addition, accurate particle size analysis can also help optimize product production process parameters to ensure the smooth progress of processes such as molding, wax removal, and firing, thereby improving the density and performance of the product. ‌
This time, Winner2018 is recommended to measure ceramic powder samples for customers.

Measuring instrument information is as follows:

The video of measuring nanoparticles is as follows：