Application of Laser Particle Size Analyzer in Yttrium Oxide

Yttrium oxide is a key basic material in the fields of modern ceramics, display lighting, laser technology and advanced materials due to its excellent thermal stability, chemical inertness and optical properties.

Precise control of particle size distribution is the core prerequisite for achieving the performance required by yttrium oxide in high-end ceramics, fluorescent displays and other fields. It is also the basis for optimizing production and ensuring stable quality.Laser particle size analyzer is the core tool for quality control of yttrium oxide applications. Its value is closely related to the key role of particle size distribution:

1. Performance guarantee:

For ceramics, accurately measure submicron distribution (D50/D90) to ensure high strength and toughness after sintering;

For phosphors, quickly screen the optimal particle size of 3-5μm to ensure luminous efficiency and coating uniformity;

For laser crystal raw materials, control the distribution width to avoid crystal defects.

2. Process optimization:

Real-time feedback on grinding/grading effects to improve production consistency;

Flexible testing of dry and wet methods to simulate actual processes (pressing/coating).

3. Quality control:

Strictly control batch stability to find the source of product failure (such as ceramic cracking, uneven fluorescence).

Core value: Connect yttrium oxide application performance and production process with precise particle size data to improve material reliability.

A high-performance laser particle size analyzer has the advantages of easy operation, fast test speed, good repeatability and accuracy. This time, Winner2018 is recommended to test the particle size distribution of yttrium oxide for customers.

The measurement range is 0.1-450μm. It is mainly used to test the particle size of water-insoluble metal powders, non-metal powders, other powders and solutions.

Measuring instrument information is as follows:

The video of measuring nanoparticles is as follows：