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SURFACE ANALYSIS

SURFACE ANALYSIS

The core of Rocky Mountain Laboratories’ business has always been surface analysis. We use the suite of Auger, XPS (or ESCA), and SIMS to analyze the outer atomic layer of materials to characterize surface chemistry. Read More
Sputter depth profiles are used to characterize the composition vs. depth of materials and are especially useful in determining passivation layers on stainless steel or surface oxide differences between samples.

MATERIALS CHARACTERIZATION

MATERIALS CHARACTERIZATION

As a premier Chemical Testing Lab Rocky Mountain Laboratories works with a variety of industries to solve process problems as well as for quality control. Coating thicknesses can be measured with polished or fractured cross sections. Read More
Microstructure is characterized on etched samples both with optical and SEM analysis. Engineered materials often have surface roughness or features that can be characterized with Atomic Force Microscopy and/or high resolution SEM imaging. Our engineers have many years of experience in complementary fields to help our customers choose the right technique as well as to understand the data.

ORGANIC ANALYSIS

ORGANIC ANALYSIS

Quite often, contaminants contain only carbon and oxygen when analyzed with elemental techniques. Fourier Transform Infrared (FTIR) spectroscopy is used to identify organic materials by comparing a Read More
fingerprint type spectrum to our library of more than 250,000 spectra. Common polymer materials are often easily identified by this analysis, and oils and greases can also be identified. Our microscope-FTIR is capable of analyzing particles as small as 10 micrometers in size.

METALLOGRAPHY

METALLOGRAPHY

Microstructural analysis can provide information about heat treatment history, corrosion susceptibility, as well as undesirable microconstituents. Metallographic analysis can be used as a tool to Read More
help identify a metal or alloy, to determine whether an alloy was processed correctly, to examine multiple phases within a material and characterize imperfections such as voids and impurities, or to observe damaged or degraded areas in failure analysis investigations. The method most often used in such evaluations is microscopy. Both optical and scanning electron microscopy with energy dispersive x-ray analysis (SEM/EDX) can be useful in metallographic analysis.

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