Offshore wind turbines are exposed to harsh marine environments for extended periods, and saltwater can cause severe corrosion. This not only frequently causes paint peeling, but also seriously impacts the safe operation of wind turbines. These factors contribute to high maintenance costs and significant time consumption for offshore wind turbines.
Xi'an Xiaoyiwei Intelligent Safety Equipment Co., Ltd., in collaboration with a team of experts from the Chinese Academy of Sciences, has broken the international monopoly by independently developing and quantifying a domestically produced superelastic coating. This coating is a two-component, solvent-free, fast-curing elastomeric material. Suitable for spraying on nearly all materials, it provides excellent protective coatings with properties such as acid and alkali resistance, aging resistance, explosion resistance, impact resistance, high temperature resistance, and radiation resistance. It boasts a 30% performance improvement over competing US LINE-X products.
After discussing the customer's specific needs, environmental conditions, and intended use, the Xi'an Xiaoyiwei Intelligent Safety Equipment Co., Ltd. team recommended this superelastic coating for protection. This product offers unparalleled corrosion protection in high-salinity and highly corrosive environments.
Through the integrated work of Xi'an Xiaoyiwei Intelligent Safety Equipment Co., Ltd. engineers, comprehensive, lifecycle protection for offshore wind turbines is achieved. Ensure they are resistant to wear and corrosion, thereby extending their service life and reducing maintenance costs for customers.