Abstract
Inhibition layers formed in zinc baths with aluminium levels and immersion times relevant to commercial continuous strip galvanizing and galvannealing have been studied. The changes in layer thickness and composition, as a function of immersion time, have been studied using the novel application of SNMS depth profiling. This approach has allowed to study the growth kinetics of the inhibition layer. Interesting information has been collected on the distribution of various elements which influence the quality of the coating layers.
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