Application of Laser Particle Size Analyzer in Wax Emulsion

Wax emulsions are stable dispersions composed of wax particles, emulsifiers, and water. They are widely used in coatings, textiles, agriculture, and cosmetics. Their properties (such as film-forming properties, water resistance, and stability) are closely related to particle size.

Measuring the particle size distribution of wax emulsions is a key indicator for evaluating their quality and performance.

1. Stability: Particle size directly impacts the stability of the emulsion.

2. Performance Correlation: The film-forming properties, water resistance, and gloss of wax emulsions are closely related to particle size.

Laser particle size analyzers, as efficient testing tools, play a key role in the development and production of wax emulsions:

1. Accurately measure particle size distribution: Laser diffraction technology can quickly determine the particle size range and dispersibility of wax emulsions. Ensure uniform particle size (typically requiring a D50 range of 0.1-5 μm) to avoid precipitation caused by oversized particles or viscosity degradation caused by undersized particles.

2. Optimize the emulsification process: By real-time monitoring of particle size changes, adjust parameters such as emulsifier ratio and shear strength to improve emulsion stability and performance.

3. Quality control: The consistency of particle size between batches directly affects the application effect of the product. The laser particle size analyzer provides objective data to ensure product compliance.

Therefore, the laser particle size analyzer is the core equipment for the research and development, production and application evaluation of wax emulsions. 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 wax emulsion for customers.

The measurement range of Winner2018 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：