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Sacrificial anode-based cathodic protection versus active corrosion inhibition

3 Sacrificial anode-based cathodic protection versus active corrosion inhibition [Pg.268]

Traditionally, metallic coatings serve only one or two functions. For example, zinc has excellent corrosion resistance and functions as a sacrificial anode (Tsura, 2005). Zinc galvanizing provides sacrificial cathodic protection and acts as a barrier (Jones, 1996) but does not nsnally supply inhibitor ions. The release of zinc ions during the sacrificial protection of galvanized steels (Tsuru, 2005 Pourbaix, 1974) only provides a small additional benefit compared with galvanic protection provided by the potential driving force. Metallic coatings used to protect Al alloys (Reddy et al., 2000 Walton et al, 1953) consist of a thin layer of nearly pure Al mechanically bonded to standard precipitation age [Pg.268]




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Active corrosion

Active corrosion inhibition

Active corrosion protection

Anode protection

Anode sacrificial, cathodic

Anodic activation

Anodic corrosion

Anodic protection

Cathode activation

Cathode corrosion

Cathodic activation

Cathodic inhibition

Cathodic protection

Cathodic protection Anodes

Cathodic protection sacrificial anode

Cathodically protective

Corrosion anodic inhibition

Corrosion inhibition

Inhibition activity

Sacrificial

Sacrificial anode

Sacrificial anode-based cathodic protection

Sacrificial cathodes

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