| Measuring range |
1 nm-10000 nm |
| Principle |
Dynamic light scattering & Brownian motion |
| Test speed |
< 5 min |
| Sample type |
Suspension, emulsion and powders |
| Executive standard |
ISO 13321:1996
ISO 22412:2008 |
| Concentration range |
0.1 mg/ml-100 mg/ml |
| Light source |
Semiconductor laser, 532 nm |
| Scattering angle |
90° |
| Temperature control |
5-40°c |
| Digital correlator |
256 channels |
| Accuracy |
< 1 % |
| Repeatability |
< 1 % |
| Sample cuvette |
4 ml |
| Software running |
Win XP/Win 7 |
| Dimension (L x W x H) |
480 x 270 x 170 mm |
| Net weight |
12 kg |
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Dynamic light scattering particle size measurement principle to give the highest sensitivity for measurement of particle
Highly sensitive photomultiplier detector to ensure accuracy
Digital correlator with 8 ns high resolution speed
Capable of measuring suspension, emulsion and powders
Calculates particle diameter and distribution according to Stokes-Einstein equation
High precision constant temperature control system to ensure that samples are in a constant state throughout the testing process
Highly stable light system
High speed data collection and calculation
Easy to operate
Nano particle size analyzer is used: to characterize the size of carbon nanotubes in dispersion, to measure and control particle size distribution of cement, to detect oversize particles in inks and paints, to measure protein size etc.
{"Measuring range":"1 nm-10000 nm","Principle":"Dynamic light scattering & Brownian motion","Test speed":"< 5 min","Sample type":"Suspension, emulsion and powders","Executive standard":"ISO 13321:1996\nISO 22412:2008","Concentration range":"0.1 mg\/ml-100 mg\/ml","Light source":"Semiconductor laser, 532 nm","Scattering angle":"90\u00b0","Temperature control":"5-40\u00b0c","Digital correlator":"256 channels","Accuracy":"< 1 %","Repeatability":"< 1 %","Sample cuvette":"4 ml","Software running":"Win XP\/Win 7","Dimension (L x W x H)":"480 x 270 x 170 mm","Net weight":"12 kg"}
Dynamic light scattering particle size measurement principle to give the highest sensitivity for measurement of particle
Highly sensitive photomultiplier detector to ensure accuracy
Digital correlator with 8 ns high resolution speed
Capable of measuring suspension, emulsion and powders
Calculates particle diameter and distribution according to Stokes-Einstein equation
High precision constant temperature control system to ensure that samples are in a constant state throughout the testing process
Highly stable light system
High speed data collection and calculation
Easy to operate
Nano particle size analyzer is used: to characterize the size of carbon nanotubes in dispersion, to measure and control particle size distribution of cement, to detect oversize particles in inks and paints, to measure protein size etc.
