The Electrochemical Analysis of Trace Titanium Addition to the High Pure Zinc Electrode in Seawater

Li Juan Sun; Hu Yuan Sun; Kun Cao; Rui Hua Yan

doi:10.4028/www.scientific.net/AMR.662.379

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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 662The Electrochemical Analysis of Trace Titanium...

The Electrochemical Analysis of Trace Titanium Addition to the High Pure Zinc Electrode in Seawater

Abstract:

High pure zinc with trace titanium of various contents was prepared by the method of master alloy preparation, and electrochemical characteristic difference in seawater was discussed. The result reveals that there is a minimum of self corrosion current density at 0.04% titanium content in high pure zinc in seawater of Qingdao seashore, and trace addition of titanium may increases the potential stability but not change the corrosion behavior of high pure zinc in seawater.