In the field of maritime affairs, the corrosion resistance of basalt fiber mesh is particularly outstanding. Infrastructure such as seaports and bridges often face high corrosion threats from seawater, and the corrosion resistance of basalt fiber mesh can effectively extend the service life of these facilities. In addition, its high mechanical strength and good dielectric insulation performance make it the preferred material for enhancing the matrix in the field of offshore wind power, which can be used to reinforce the foundation structure of wind turbines and improve their ability to resist wind and wave impacts.

Basalt fiber mesh also has good weather resistance and thermal insulation performance, which can maintain stable working conditions under extreme weather conditions, which is crucial for facilities in marine engineering. It can be used for underwater infrastructure construction, such as artificial reefs, island bridge decks, etc., and can also be used to manufacture breakwaters and other coastal protection structures. These applications require materials with high strength and durability to withstand various stresses and corrosion effects in the marine environment. With the advancement of technology and the research and development of materials, the application of basalt fiber mesh in the field of marine and maritime engineering will become more extensive, providing strong guarantees for the safety and stability of marine engineering.