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An essential requirement for the quality control of cast iron products is the analysis of their microstructure. Even though cast irons constitute a very traditional class of materials, they still play a key role in many industrial sectors. It is therefore all the more surprising that in the age of digital image processing, the development of a digital standard on that basis has not yet been achieved and that classification by visual analysis is still the norm for certain subtasks. The following sections will present an approach to resolving the seemingly easy subtask of determining flake length distribution in GJL. A key element in this respect is the question if and how to separate this three-dimensional network structure on the basis of a two-dimensional metallographic section. Depending on the type of structural arrangement, a quasi-hybrid approach was applied: isolating part of the flakes while the more compact structures are not separated and will remain as one individual lamellar object.

Modified Determination of Flake Length Distribution in Lamellar Grey Iron (GJL)