• A single measurement can output over 30 particle size and shape parameters, including:

• Grain size parametersEquivalent diameter of circle area, equivalent diameter of circumference, **/* minimum Feret diameter, etc.;

• Shape parameterCircularity, aspect ratio, convexity, transparency, etc.。

• Supports various visualization results such as 2D scatter plots, histograms, and particle image lists, providing an intuitive display of particle distribution characteristics.。

4. Easy Operation and Rapid Analysis

• Automated process: Sample injection → Image acquisition → Real-time analysis → Result display, taking only a few minutes for the entire procedure.。

• Users can directly observe particle images to quickly determine the state of particle agglutination or the presence of foreign matter contamination.。

5. Compatibility and Scalability

• Supports multiple dispersion media (water, ethanol, acetone, etc.) and surfactants, adaptable to different powder characteristics.。

• An optional temperature control module (e.g., IF-3300) can be used to study the effect of temperature on powder dispersion behavior.。

Typical application scenarios of the powder industry

• Pharmaceutical industryAnalyze the particle size and shape of active pharmaceutical ingredients (APIs) and excipients to optimize the tablet compression process.

• Chemical materialsEvaluate the dispersion uniformity of powders such as catalysts, pigments, and fillers.

• Food industry: Detect the agglomeration state of particles such as starch and powdered sugar.

• NanomaterialsCharacterize the particle size distribution and morphological features of nanopowders.。

In summary, the IF-4200, through the combination of wet dispersion and high-precision image analysis, provides a solution for the powder industry that balancesParticle size distributionandShape characteristicsA comprehensive analysis tool, particularly suitable for application scenarios sensitive to particle morphology.。