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Can you identify this type of wear?

Can you identify this type of wear?
Can you identify this type of wear? Analytical Ferrography allows analysts to visually examine wear particles present in a sample. A trained analyst visually determines the type and severity of wear deposited onto the substrate by using a high magnification microscope.  The particles are readily identified and classified according to size, shape, and metallurgy. The…
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Water In Oil, What’s the Big Deal?

Water In Oil, What’s the Big Deal?
Water In Oil, What's the Big Deal? Water in lubricating oil has been a point of keen debate as long as oil analysis has been used to monitor equipment and lubricant condition. How much is too much? Where does it come from? Does it really hurt equipment? What form of water is of concern? How…
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New Base Number Test Procedure

New Base Number Test Procedure
New Base Number Test Procedure Technical Bulletin Posted January 2013 TESTOIL has implemented a new testing procedure for measuring Base Number (TBN) using FTIR. Test Revisions Traditionally, Base Number has been measured with a potentiometric titrator using large volumes of hazardous solvents. We have spent considerable time working with Fourier Infrared Spectroscopy (FTIR) experts and…
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New Membrane Patch Colorimetry Test Procedure

New MPC Test Procedure Technical Bulletin New Membrane Patch Colorimetry Test Procedure TESTOIL is modifying its Membrane Patch Colorimetry (MPC) test procedure to a newly proposed ASTM standard.   Test Revisions The proposed ASTM standard for the Membrane Patch Colorimetry test requires a sample to be heated for a period of 24 hours at the lab to allow any insoluble…
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Understanding Elemental Spectroscopy

Understanding Elemental Spectroscopy A wealth of information is available on your oil analysis report about wear behavior, contaminants entering the system, and the service needed. As you read your oil analysis report, ask yourself what all the data means. Ask yourself other questions like: Where is contaminant debris coming from in this unit? What am…
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Analyzing Foaming Tendency: Foam Test

Analyzing Foaming Tendency: Foam Test
Analyzing Foaming Tendency: Foam Test The Foam Test measures the foaming tendency of a lubricant. According to this test, also referred to as ASTM D892, the tendency of oils to foam can be a serious problem in systems such as high-speed gearing, high-volume pumping, and splash lubrication. Inadequate lubrication, cavitation, and overflow loss of lubricant…
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