Fluid Life’s SEM-EDS Analysis determines the size and composition of particles in a sample. Get information about machine health, component wear and contamination all in a single test. These large particles (>10um) provide the critical information which can trigger an early warning of abnormal wear, bearing fatigue and transmission failure.

But what do the reports and results look like? How do they relate to the results on your routine analysis reports? Do they make the decision-making process easier or more difficult?

In this case study, Interpreting SEM-EDS Results, we take a look at some real-world SEM-EDS analyses conducted for one of our mining customers operating in the Canadian Tundra. This client focused on SEM-EDS analysis for engines due to the criticality of this component type and the limitations associated with ICP Spectrometry (inability to produce accurate and valid particle counts on engine oils).

While other component type sample reports may provide particle counts and other forms of large particle analysis, few will be as clear and concise as the Fluid Life SEM-EDS option. SEM-EDS analysis may not be required on every sample, but it is a great option for determining the size, distribution, composition, and origin of hundreds of larger particles in any oil, grease, filter, or process material sample, a critical but often neglected element of oil analysis.

Learn more about SEM-EDS Large Particle Analysis or Contact Us to get started.