The role of scattering turbidimetric analyzer

Scattering turbidity analyzer is a commonly used particle size analysis instrument, mainly used to measure the particle size and turbidity of substances. Its functions mainly include the following aspects:

1. Particle size analysis: The scattering turbidimetric analyzer can obtain the particle size distribution curve by measuring the scattered light intensity in the sample solution or suspension, thereby determining the average particle size, particle size distribution range and other information of the particles in the sample. This is very important in many fields such as pharmaceuticals, chemical engineering, materials science, etc., and can help researchers understand the size characteristics of particles to guide preparation processes and optimize product quality.

2. Turbidity analysis: A scattering turbidity analyzer can determine the turbidity of a solution or suspension by measuring the intensity of scattered light in a sample solution or suspension. Turbidity refers to the concentration or turbidity of suspended particles in a sample. It is one of the important indicators for evaluating water quality and liquid transparency. According to actual needs, parameters such as scattering angle and detection angle can be adjusted to adapt to turbidity measurements in different ranges.

3. Quality control and quality analysis: The nephelometric analyzer can be used for quality control and quality analysis. By measuring the particle size and turbidity of the particles in the sample, the quality and stability of the sample can be judged, and corresponding control measures can be taken in a timely manner. For some delicate and demanding preparation processes, a scattering turbidimetric analyzer can be used to evaluate the homogeneity and consistency of the product to ensure the stability of product quality.

Overall, turbidimetric analyzers can provide quantitative information on particle size and turbidity and are widely used in research and industrial production in various fields. It functions like a magnifying glass and can help researchers observe and analyze particle characteristics in the microscopic world more clearly .