Electrolytic corrosion is commonly known as?

Electrolytic corrosion is commonly referred to as stray-current corrosion, which occurs when stray electric currents, often from sources like improperly grounded equipment or nearby electrical systems, flow through a conductive medium, such as water, causing accelerated deterioration of metals. This type of corrosion results from the movement of electrons driven by the electrical current, leading to localized corrosion that can be damaging to marine structures, vessels, and components. Understanding this form of corrosion is crucial for ensuring the longevity and safety of marine equipment and installations.

Other terms like corrosive oxidation and electrochemical corrosion describe related but distinct phenomena. For instance, while electrochemical corrosion is a broader category encompassing various forms of corrosion driven by electrochemical reactions, stray-current corrosion specifically emphasizes the role of unintended electrical currents. Anodic corrosion involves the loss of metal at the anode but does not specifically capture the concept of external stray currents leading to corrosion. Thus, stray-current corrosion effectively captures the unique mechanism behind electrolytic corrosion.