At Anderson Materials Evaluation, we specialize in comprehensive Particle Analysis Services. Since 1995, our laboratory has been providing precise and reliable Particle Characterization services. Led by Charles Anderson, who has been analyzing particles since 1981, our team uses advanced techniques to meet your specific needs.

Comprehensive Particle Analysis Services

We offer a wide range of services to address diverse requirements:

• XPS or ESCA Particle Analysis:
  • Surface elemental composition for all elements except hydrogen and helium in the outer 10 nm.
  • Quantitative analysis of chemical phases, including complex phases.
  • Surface and interior chemistry comparison via argon ion sputtering or fresh grinding.
  • Contaminant detection and identification.
  • Solutions for wetting and adhesive bonding problems.
• SEM/EDS Particle Analysis:
  • Surface morphology examination.
  • Particle size measurement.
  • Analysis of elemental composition beyond sodium.
  • Imaging of agglomerated and rough particles.
• XRF or X-Ray Fluorescence Spectroscopy:
  • Quantitative analysis of elements carbon and heavier.
  • High sensitivity detection for elements carbon and heavier.
  • Composition analysis to depths of 0.5 to 1.5 micrometers.
• LIBS or Laser-Induced Breakdown Spectroscopy:
  • Elemental composition of single particles with specific dimensions.
  • Elemental differences in various areas of larger particles.
• Optical Microscopy:
  • Color uniformity checks for particles.
  • Light transmission and reflection uniformity.
  • Particle size and shape determination.
  • Distribution analysis in transparent media.
• TGA or Thermogravimetric:
  • Decomposition temperature determination.
  • Quantitative chemical analysis by weight.
  • Inorganic particle weight measurement in polymer matrices.
  • Preparation of inorganic particles for further analysis.
• DSC or Differential Scanning Calorimetry:
  • Melting temperature and heat of fusion measurement.
  • Reaction temperature and energy analysis.
  • Oxidation temperature and energy determination.
• FTIR or Infrared Spectroscopy Particle Analysis:
  • Organic material identification on or in particles.
  • Detection of carbonates, phosphates, nitrates, nitrites, sulfates, or water.
  • Organic binder identification in various applied materials.

Case Histories

Explore our in-depth analysis page for detailed examples of our work, including Ceramic Powder Identification on Floor Tile, XPS Analysis of Feldspar Mineral Particles, and FTIR Analysis of Products Formed from Overheating a Silicone Material.

Contact Us

For more information on how our extensive particle analysis services can help with your specific needs, please visit our Contact Us page.