Application of a Laser Particle Size Analyser in Ceramic Powders

Why Particle Size Matters in Ceramic Powder

Accurate particle size measurement plays an important role in the manufacture of modern ceramic components. The particle size distribution of a ceramic powder can influence packing behaviour, forming characteristics, sintering and the properties of the finished component. Manufacturers must therefore understand their powder characteristics to achieve consistent processing conditions and reliable product quality.

Ceramic powders can also vary in their tendency to form agglomerates, which may affect processing and the uniformity of the final material. Measuring particle size and assessing dispersibility helps manufacturers understand how powders behave and identify opportunities to improve production.

Measure Particle Size and Dispersibility

Laser diffraction provides a fast and reliable method for measuring particle size distribution. The technique analyses the pattern of light scattered by particles as they pass through a laser beam, allowing the analyser to calculate the range and distribution of particle sizes within a sample.

The Bettersizer 2600 helps researchers and manufacturers characterise ceramic powder and assess its particle size distribution. With appropriate sample preparation and dispersion conditions, users can investigate particle sizes, identify variations between samples and evaluate how effectively the powder disperses during measurement.

Improve Reliability in Ceramic Manufacturing

Consistent particle size data helps manufacturers monitor raw materials and maintain greater control over their production processes. Variations in particle size or agglomeration can affect powder handling, compaction and subsequent processing, so reliable measurements support informed decisions during material development and quality control.

This application demonstrates how the Bettersizer 2600 can measure ceramic powder particle size and assess dispersibility, producing results with high repeatability. Repeatable measurements allow users to compare samples confidently and monitor changes in powder characteristics over time.

Support Consistent Ceramic Component Quality

Effective ceramic powder analysis helps manufacturers understand their raw materials and optimise processing conditions. By combining reliable particle size measurements with suitable dispersion procedures, businesses can improve quality control and support the development of ceramic components with consistent properties.

Discover how the Bettersizer 2600 can help you characterise ceramic powder, evaluate particle size distribution and achieve more reliable results throughout your manufacturing process.