Linked from

The 12 pages that link to Galvanic corrosion, each with the reason it gives.

• CorrosionBroader topic: Dissimilar metals can make one region anodic and intensify its dissolution.

• Stainless steelRelated: Contact with less noble metals can alter corrosion of stainless steel in wet assemblies.

• MagnesiumRelated: Magnesium’s very negative electrode potential makes it corrode sacrificially beside many metals.

• Electrochemical seriesBroader topic: The series helps estimate which connected metal will act as the anode.

• Aluminum alloyRelated: Aluminum alloys can corrode rapidly at joints with dissimilar metals such as steel or copper.

• Electrical contactRelated: Material pairing can degrade contacts exposed to moisture or other electrolytes.

• Luigi GalvaniCompared with: This separate electrochemical meaning of “galvanic” arose from the broader legacy of electrical research.

• Noble metalRelated: A noble metal can drive corrosion of a less noble metal in electrical contact.

• TinplateRelated: Tin and steel form a coupled pair when moisture reaches exposed steel.

• Galvanic seriesRelated: The series predicts which coupled material becomes the anode and corrodes.

• CupronickelCompared with: Marine installations can undermine cupronickel when it is electrically coupled to less noble metals.

• Electrical connectorRelated: Material pairings and moisture can corrode connector contacts and raise resistance.