As an advanced nanoparticle characterization instrument, laser particle size analyzer has demonstrated significant advantages in scientific research and industrial production fields due to its unique measurement principle and excellent performance, and has become an important analytical tool in many industries.

Significant advantages of laser particle size analyzer

Wide measurement range and high accuracy

The laser particle size analyzer has an industry-leading measurement range, with particle size measurement spans from0.6nmto10μmIt can accurately capture particle size information from ultrafine nanoparticles to larger micrometer sized particles. At the same time, it has high measurement accuracy, which can meet the scientific research and production needs for strict control of particle size. The range of concentration measurement is also very wide, from0.00001%to40%Can handle the detection of samples with different concentrations.

Rich and diverse measurement functions

This instrument can not only perform conventional particle size measurement, but also has the function of measuring electrical permeation flow, which can provide high-precisionZETAPotential measurement results. Its minimum measurement capacity only requires130μLThe one-timecellThis greatly saves sample usage. In addition, it can also0 - 90℃Within a wide temperature range, automatic measurement of temperature gradient space, analysis of denaturation and phase transfer temperature, and addition of large-scale molecular weight measurement and analysis functions provide comprehensive data analysis methods for researchers.

Measurement efficiency and sensitivity improvement

The laser particle size analyzer adopts a new type of high sensitivityAPDSignificantly improved sensitivity while shortening measurement time. This enables researchers and producers to obtain accurate measurement results in a shorter period of time, improving work efficiency, especially for production process control and rapid scientific research experiments that require high time.

Multivariate applications of laser particle size analyzer

New functional materials field

In fuel cell related research, it can be used to analyze the particle size and distribution of materials such as carbon nanohoses, fullerenes, functional membranes, etc; In the field of biological nanomaterials, precise characterization of nanocapsules, artificial molecules, biological nanoparticles, etc. can assist in the research and application of new materials.

Ceramic color material industry field

Research can be conducted on surface modification, dispersion, and aggregation control of ceramics (such as silicon dioxide, aluminum oxide, titanium oxide, etc.) and non-polar colloidal solutions. It can also accurately analyze the dispersion and aggregation of pigments (such as carbon black and organic pigments) to improve product quality.

In the field of pharmaceutical and food industry

In the pharmaceutical and food industries, dispersion and agglutination control studies can be carried out on lotion (such as food, spices, medical care, cosmetics), and the functionality of proteins, liposomes, and vesicles can be analyzed to provide an important basis for product development and quality control.