Abstract
A comparison has been made between the aging behavior at 400°C of the ferrite phase of a commericial CF 3 duplex stainless steel and a model Fe45%Cr binary alloy. The change in the microhardness was found to be substantially higher in the duplex stainlees steel than in the iron-chromium model alloy. Atom probe results have revealed that the composition amplitude of the spinodal decomposition is significantly lower in the binary iron-chromium alloy than in the commercial duplex stainless steel. It is therefore concluded that the behavior of binary FeCr alloys does not provide an accurate basis for predicting the extent of the decomposition in the commercial duplex stainless steels.
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