The invention relates to a process for oxidizing a
titanium alloy blue
anode, which comprises the following steps: deoiling, cold
water washing, hardened
layer removal, cold
water washing, activation, cold
water washing,
titanium alloy anodization, cold water washing, deionized water washing, transflective displaying, deionized water washing, hot water washing,
drying, and inspection. The process has the
advantage of distinguishing the
alloy defect and
processing defect on the surface of a
titanium alloy part fast and effectively. The main representation comprises that after finishing the processes of the anodization and the transflective displaying, the surface of the part has a steel gray background, and the parts where defects exist present different colors; compared with a defect picture, the defects of
forging fold, inclusion, overheating, partial
supercooling, partial alpha phenomenon, beta concentration area,
grinding ablation and the like of the parts due to
metallurgy or
processing reasons can be judged more clearly and reliably. Through detection, the result shows that the process is stable and reliable and has the
advantage that the process can not replaced by the prior process.