PARTICLE SIZE ANALYSIS, DRY

Using Laser Diffraction we can analyze your dry samples and return results from 0.400um to 2000um.

Parameters:

  • Volume Percent

  • Number Percent

  • Multiple Sample Overlays

  • Trend Analysis (based on any customer supplied parameter)


PARTICLE SIZE ANALYSIS, WET (AQUEOUS/NON-AQUEOUS)

Using Laser Diffraction we can analyze your wet samples and return results from 0.010um to 2000um.

Parameters:

  • Volume Percent

  • Number Percent

  • Multiple Sample Overlays

  • Trend Analysis (based on any customer supplied parameter)


PARTICLE SHAPE ANALYSIS, WET (AQUEOUS/ NON-AQUEOUS)

Using proven Image Analysis instrumentation we can characterize fibers, powders, crystals, polymers and many other types of materials. Whatever the particle shape, we can provide aspect ratio and size information as well as sieve correlations. Whether you’re involved in Research and Development, Process Control or Quality Control, we let you see your samples in a whole new way.

Parameters:

  • Equivalent Circular Area Diameter

  • Least Bounding Circular Diameter

  • Feret Width

  • Feret Length

  • Feret Aspect Ratio

  • Fiber Width

  • Fiber Length

  • Fiber Aspect Ratio

  • Particle Sphericity

  • Particle Perimeter


PARTICLE COUNTING, WET (AQUEOUS/NON-AQUEOUS)

Using the Coulter Principle we can count and size individual particles from 0.4 to 1600 microns. Perfect for identifying oversized or out-of-spec particles.

Parameters:

  • Filtration Efficiency

  • Volume per mL

  • Number per mL

  • Multiple Sample Overlays

  • Trend Analysis (based on any customer supplied parameter)


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