FAQ

We can identify most contaminants using SEM/EDS Analysis and FTIR Analysis (ASTM E1252).  The SEM/EDS allows us to magnify up to 100,000X and then identify what elements are present in an individual particle one micrometer (39 micro-inches) or larger in diameter or smaller in diameter.  If the contaminant is suspected to be organic, we should be able to identify it via FTIR.  If you can provide at least one particle visible to the naked eye we should be able to give you an idea of what it is.

• Yes, we commonly identify the major components of plastic using FTIR Analysis (ASTM E1252) to identify the major polymer type, SEM/EDS Analysis to identify the major inorganic filler, and TGA Analysis (ASTM E1131) to quantify the total inorganic fillers.  This combination of tests can be done using only one gram of material.
• Although the tests listed above will identify the major components of a plastic, the exact grade and trace elements of the material will not be identified.  Additional testing can be done to further characterize the material.

Yes, we routinely do chemical analysis of metals using Glow Discharge Spectrometry (GDS), X-Ray Fluorescence (XRF), and/or SEM/EDS.  We are able to provide a quantitative analysis of the important elements in a metal and match it to existing industry standards including the Unified Number System (UNS).

That will depend on the specific testing and material provided.  The delivery time for your specific project will be included in your quote.  This will be in business days from the time we receive the sample and payment information from you. The majority of projects we quote can be completed in 5 to 10 business days.  Rush priority testing is also available for a number of tests we perform.  Please contact us to discuss your specific project needs.