How much does a nanometer particle size analyzer cost

Zeta APS high concentration nanoparticle size and Zeta potential analyzer

Typical applications:

Comprehensive stable cement slurry, ceramics, chemical mechanical grinding, coal slurry, coatings, cosmetics, environmental protection Zen mineral enrichment, food industry, latex, microemulsion, mixed dispersion system, nano powder, anhydrous system, paint imaging materials.

Key Features:

1) Capable of analyzing mixtures of various dispersed substances;

2) Without relying on the Double Layer mode, accurately determine the isoelectric point;

3) Suitable for highly conducting systems;

4) Can eliminate impurities and interference with sample contamination;

5) Can accurately measure anhydrous systems;

6) Zeta potential testing uses multi frequency electroacoustic measurement technology, which allows for potential measurement without the need to first measure particle size;

7) The high concentration of the sample can reach 60% (volume ratio), and the tested sample does not need to be diluted. It can be directly measured for concentrated colloids and latex;

8) Equipped with automatic potentiometric titration function;

Technological advantages over optical methods:

1) The tested sample does not require dilution;

2) Eliminate impurities and interference with sample contamination;

3) No need for calibration;

4) Capable of analyzing mixtures of various dispersed substances;

5) High precision;

6) The particle size range of the tested side ranges from 5 nm to 1000um

Zeta APS high concentration nanoparticle size and Zeta potential analyzer

Technological advantages over electroactive methods:

1) No need for calibration;

2) Capable of measuring a wider range of particle sizes;

3) No need to rely on Double Layer mode

4) No need to rely on electric surface properties;

5) Particle size can also be measured under zero surface charge conditions;

6) Suitable for anhydrous systems;

7) Suitable for highly conducting systems;

Technological advantages over microelectrophoresis:

1) No need for dilution, with a solid content of up to 60%;

2) Can eliminate impurities and interference with sample contamination;

3) High precision (± 0.1mv);

4) Low surface charge (can be as low as 0 1mv)；

5) Electrosomatic flow does not affect measurement;

6) Convection does not affect measurement;

7) Can accurately measure anhydrous systems;

Technical Specifications:

1) The detected particle size range is wide: from 5 nm to 1000 μ m;

2) Measurable parameters: particle size distribution, solid content, Zeta potential, isoelectric point IEP, E5A, conductivity PH、 Temperature and sound attenuation;

3) Zeta potential measurement range:+/-200 mv, low surface charge (can be as low as 0 1mv)， High precision (± 0.1mv);

4) Particle size can also be measured under zero surface charge conditions;

5) Allowable sample concentration: 0.1-60% (volume percentage);

6) Sample volume: 30-230ml;

7) PH range: 0~14;

8) Conductivity range: 0~10 s/m