Laser Diffraction Particle Size Analytical Service
Our Laser Diffraction Particle Size Analytical Service delivers high-precision particle size analysis with excellent repeatability and reproducibility. Laser diffraction is a reliable and advanced particle sizing technology, able to rapidly and accurately measure particles ranging from 0.1 μm to 1000 μm. Get reliable and accurate results from MSE Analytical Services!
Starting at $90 per sample, MSE Analytical Services offers professional Particle Size Analytical Service using HORIBA Partica mini LA-350 Laser Scattering Particle Size Distribution Analyzer or similar instrument.
Pricing: $90.00 per sample. Both wet method and dry method are available.
* Note: D
Sample testing turnaround time: typically 2 weeks after receiving the samples. Rush service is available with 1~2 business day data delivery: extra $50 per sample
Data delivery: Both test reports in a PDF file and raw data in an MS Excel file will be delivered electronically to the customer.
Technical Data (including general sample requirement)
|Measurement Principle||Laser diffraction and Mie light scattering theory|
|Size Measurement Range||0.1-1,000 μm|
|Analysis Materials||Powders, slurries, emulsions etc.|
|Measurement Output||Particle size and size distribution, size related theoretical calculated values|
|Measurement Method||Wet method: Liquid dispersed particles with flow sampling system|
|Required Sample Amount||10 mg-5 g (depending on the sample size, distribution and materials)|
|Wet Flow System Liquid Volume||Approximately 130-230 mL|
|Fraction Cell System Liquid Volume||5-10 mL|
|Organic Solvent Compatibility||Yes (Please contact us if special solvent is needed). Extra handling costs will be quoted.|
|Operating Conditions||15 to 35 °C
85% RH or less (non-condensing)
Please contact our scientists to discuss your sample characterization requirements. Email: email@example.com
How Laser Diffraction Analysis Works?
Laser diffraction analysis is a technology to quickly measure geometrical dimensions of a particle with size of several nanometers to millimeters by using a laser beam passing through a suspension of particles. It is based on the Fraunhofer diffraction theory, which states that more light is scattered by smaller particles to a larger angle than by larger particles. Sample suspension is placed between the laser light source and detectors. By measuring the scattered light intensity at different locations, it can tell the particles size distribution in the sample.
Before shipping samples to us, please contact firstname.lastname@example.org to provide the SDS and confirm the sample requirements. This will help to avoid unnecessary delays in sample processing.
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