IG-1000 Plus Single Nano Particle Size Analyzer

Measures Nanoparticles with High Sensitivity and Reproducibility

The following data was obtained by analyzing various sample particle groups of various sizes using the IG-1000 Plus single nano particle size analyzer.

Fullerene Hydroxide

Fullerene hydroxide, which is a typical material of samples in the single nano region, can be analyzed with high reproducibility.

Fullerene Hydroxide

Silica Sample with Broad Distribution

Even with samples covering a wide distribution, there is no bias toward larger particles, and the existence of smaller particles is captured accurately.

Silica Sample with Broad Distribution

Samples Containing Contamination

Measurement results are not affected by minute quantities of contamination. (The example shows the results obtained for a sample with a distribution centering on a diameter of 50 nm that contains a 1% concentration of 1-µm particles.)

Samples Containing Contamination

Analysis of Mixed Samples

Mixed samples can be evaluated. The IG method uses the diffusion of the diffraction grating created by particles and so the signal size does not depend on the particle size. This means that evaluation of mixed samples is possible. With methods based on scattered light, even if the volume is the same, the signal size is proportional to the cube of the particle diameter and so the evaluation of mixed samples is difficult.

Colloidal silica

Colloidal silica

Polystyrene latex

Polystyrene latex

The contents of this page are subject to change without notice.

For Research Use Only. Not for use in diagnostic procedures.

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