Epoxies are incredibly important to our modern and innovative world, boasting a wide range of applications such as being an important component in structural adhesives, fiber-reinforced plastic materials, electronics, electrical components, and LED technology. As a result, a failed epoxy can equal a failed product, which can mean costly production downtime, product recalls or product safety issues.
A manufacturer discovered the epoxy used in their device was failing to perform as intended and needed an expert to analyze a sample using epoxy failure analysis techniques.
Given the nature of the problem, Innovatech Labs scientists went to work using static headspace analysis coupled with GC/MS analysis. Headspace GC/MS analysis is a materials analysis technique that uses heat to extract volatile or semi-volatile compounds, and then separate, identify and quantify those compounds.
Our scientists analyzed the outgas products of two samples—one from the failing epoxy and one from an epoxy known to work well—to help them make comparisons and pinpoint differences.
After testing and analyzing both epoxy samples, our scientists discovered that the two samples had dramatically different concentrations of Benzene. As you can see in the chromatogram below, the top chart depicts the good epoxy and the bottom chart represents the failed epoxy. The failed epoxy has a large cluster of Benzene compounds at approximately the 9-minute mark on the retention timeline.
With our epoxy analysis results in hand, our client was able to change to an epoxy more like the one previously used in the production process to mitigate the benzene-induced epoxy failure.
In Need of Epoxy Failure Analysis?
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