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Steel inclusion analysis in the SEM is made more efficient and accurate by AZtecSteel.
AZtecSteel is an automated steel inclusion analysis package developed specifically for the analysis and classification of steel inclusions using Energy Dispersive X-ray microanalysis (EDS) in a scanning electron microscope (SEM). It detects, measures and analyses the inclusions, processes the resulting data set to published standard methods, and includes functionality to plot complex ternary diagrams.
Steel inclusion analysis in the SEM is made more efficient and accurate by AZtecSteel.
AZtecSteel is an automated steel inclusion analysis package developed specifically for the analysis and classification of steel inclusions using Energy Dispersive X-ray microanalysis (EDS) in a scanning electron microscope (SEM). It detects, measures and analyses the inclusions, processes the resulting data set to published standard methods, and includes functionality to plot complex ternary diagrams.
Inclusion Classifier will determine steel cleanliness using the following published methods:
The Analysis and Classification of non-metallic inclusions in Steels with AZtecSteelHere we consider the use of SEM equipped with EDS and dedicated particle analysis software AZtecSteel for the complete characterisation of 5 steels. We demonstrate how inclusions across the population can be assessed and how they can be classified across the sample. |
Steel Cleanliness Analysis to International Standards with AZtecSteelThis application note demonstrates how AZtecSteel, an industry leading, dedicated particle analysis solution for the analysis of non-metallic inclusions can characterise inclusions in different types of steels to the requirements of multiple international standards. |
This technical bulletin describes the application of AZtecSteel to the analysis and reporting of steel inclusions. (also known as non-metallic inclusions).
In the past, characterising non-metallic inclusions and precipitates in steels and other alloys, especially for light elements such as boron, has presented a challenge. However, AZtecFeature, in combination with a high solid angle windowless EDS detector such as X-Max Extreme and a conventional large area detector provides exciting, novel capabilities.
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