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Synopsis : A concept of repassivation potential, ER, for crevice corrosion had been developed for stainless steels. Applicability of the ER concept to C. P. Ti was confirmed through the corrosion test in 25% NaCl solution at 100•Ž. ER for growing crevice with penetration depth deeper than a critical depth, h* (2•¬12 ƒÊm), was found to be a well reproducible electrochemical parameter which coincides with the critical potential, VCREV, below which the growing crevice does not initiate. The repassivation method was also applied to determine critical conditions in terms of NaCI concentration and temperature for crevice corrosion of specimens kept at 0.2V, SCE which was more noble than ER and was included in the spontaneous potential range of passivated Ti in deaerated NaCI solutions measured

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Repassivation Method to Determine Critical Conditions in terms of Electrode Potential, Temperature and NaCl Concentration to Predict Crevice Corrosion Resistance of C. P. Titanium in NaCl Solutions