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On the 17° o Cr stainless steel strips commercially melted and In-ocessed, the effects of aluminum content and composition of Ilon-metaliic inclusions on the rust resistance during the exposure in salt fog have beell investigated. The observations under an optical microscope and a scanning electron microscope and the micro-analyses with an electron IJrobe X -ray analyser on the specimens after the brief exposure in salt fog show that pitting corrosion initiates due to the dissolution of calcium-rich sulfides which exist like shells surrounding aluminate inclusions. fron dissolves from inner surface of a pit resulting from dissolution of the sulfides, which lead to a ring-like rust around the Ilit . The proportion of the number of Ihese water-soluble inclusions increases with aluminum content of the steels .

Effect of the Composition of Non-metallic Inclusions on the Rusting of Ferritic Stainless Steels