Nanoparticle size analyzers are applied to abrasives, chemical mechanical polishing fluids, ceramics, clays, coatings, pollution monitoring, cosmetics, emulsions, foodstuffs, liquid working media/oils, inks, emulsions, pigmented paints, pharmaceutical powders, pigments, polymers, protein macromolecules, silica, and self-assembled TiO₂ nanotubes (TNAs).
High-speed, accurate detection capability.
High-performance adaptive photon correlator enhances real-time detection, accuracy, and repeatability.
Adaptive light source intensity adjustment ensures stable and repeatable detection performance of the measurement device.
High-sensitivity and stable photon-counting-level photoelectric signal detection capability.
Reliable fiber-optic coupling device that efficiently increases the signal-to-noise ratio of DLS and ELS signals, enhancing measurement stability.
Accurate and intelligent spectral analysis algorithms that improve ELS measurement precision.
Highly stable optical and circuit design: Eliminates the effects of stray light and noise signals, ensuring high result stability and repeatability.
Particle Size Measurement Range | 0.7-10 μm (Dynamic Light Scattering Method) |
Zeta Potential Measurement Range | -500 to +500 mV |
Accuracy and Repeatability | Better than 2% (National Standard Sample D50 Value) |
Detection Angles | 90°, 18° |
Sample Cells | Plastic Sample Cell, Zeta Potential Sample Cell |
Temperature Control Range | 10°C–50°C, Accuracy ±0.1°C, semiconductor cooling |
Laser Source | Tunable semiconductor laser, wavelength 635nm, 35mW |
Detector | Photon-counting-level photomultiplier tube (PMT) |
Digital Correlator | Integrated photon correlator, dual-channel. 1000 channels, minimum sampling time 100ns |
Nanoparticle Size Analyzer Software | This innovative software for nanoparticle size analyzers employs dynamic light scattering and electrophoretic light scattering technologies to accurately measure nanoparticle size, size distribution, and parameters such as zeta potential in colloidal solutions in real time |
Computer Interface | USB 3.0 or higher |