Thank you for reaching out. Please send your question to sizing@fritsch.de. Our colleagues need more details prior to anwering your question. Thank you!
Can it be used for soil partical counting? We are running this test for our wind farm project in USA. so far there is no standard and we are trying to develop an in-house method .🇩🇿🇩🇿🇩🇿
It is not possible to count particles with laser diffraction. The system only delivers relative particle size distribution, i.e. how many percent of my sample have a size of this or that diameter. One possibility to get at least an idea of the particle number could be to calculate the number from the density of the soil (if known) and the measured particle size distribution. Depending on the size range you are looking for imaging could be an option. If your particles are large enough (larger than a few hundred µm) then the FRITSCH A-28 ImageSizer can be used to measure the sample. The A28 takes images and the software of the instrument then analyses these images and can create a particle size distribution. As an additional information you also get the number of measured particles. However, typically not all particles in a sample gets detected and hence the number that is presented at the end is not the correct number of particles in the sample. But in some situations it is possible to create a correlation between the number counted and the actually present particles. But this requires some intensive testing. For more information feel free to contact us directly: beratung@fritsch.de
Thank you for this beautiful and helpful presentation , respect from algeria 🇩🇿🇩🇿🇩🇿
Thank you very much!
Excellent webinar!
Thank you very much!
Can this technology be used for measuring the quality of Homogenisation caused by a mechanical high pressure homogenizer?
Thank you for reaching out. Please send your question to sizing@fritsch.de. Our colleagues need more details prior to anwering your question. Thank you!
Can it be used for soil partical counting? We are running this test for our wind farm project in USA. so far there is no standard and we are trying to develop an in-house method .🇩🇿🇩🇿🇩🇿
It is not possible to count particles with laser diffraction. The system only delivers relative particle size distribution, i.e. how many percent of my sample have a size of this or that diameter.
One possibility to get at least an idea of the particle number could be to calculate the number from the density of the soil (if known) and the measured particle size distribution.
Depending on the size range you are looking for imaging could be an option. If your particles are large enough (larger than a few hundred µm) then the FRITSCH A-28 ImageSizer can be used to measure the sample. The A28 takes images and the software of the instrument then analyses these images and can create a particle size distribution. As an additional information you also get the number of measured particles. However, typically not all particles in a sample gets detected and hence the number that is presented at the end is not the correct number of particles in the sample. But in some situations it is possible to create a correlation between the number counted and the actually present particles. But this requires some intensive testing.
For more information feel free to contact us directly: beratung@fritsch.de