Electrochemical anti-corrosion technology centered on cathodic protection is adopted to ensure the bridge reaches its design service life.
Cross-sea bridges remain in high-salinity, high-humidity marine environments for extended periods, and their steel structures and reinforcing steel bars within concrete suffer severe corrosion, threatening structural safety and shortening service life. Therefore, adopting electrochemical anti-corrosion technology centered on cathodic protection is a key measure to ensure the bridge reaches its design service life.
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