1.The fiberglass reinforcement has excellent corrosion resistance and can withstand the erosion of sea water, humid environment and chemical corrosion without rusting. This makes fiberglass tendons ideal for sea breakwaters, extending their life and reducing maintenance costs. 2.Electromagnetic Compatibility: Fiberglass bars are non-magnetic materials and will not interfere with electromagnetic signals or suffer from electromagnetic interference. This is very important where sensitive electronic equipment and communication systems need to be used in sea breakwaters, ensuring the reliability and performance of the systems. 3.Lightweight and high strength: Compared with traditional steel bars, glass fiber bars have a lighter weight while maintaining higher strength. This reduces construction loads and provides better design flexibility to meet the strength and stability requirements of sea breakwaters. 4. Durability and shock absorption performance: Glass fiber reinforcement has excellent durability and shock resistance, which can effectively absorb and disperse the impact caused by earthquakes and waves, and provide better structural stability.

Nanjing Infinite New Material Technology Co., Ltd. is an enterprise integrating industry and trade mainly producing glass fiber bars. Fiberglass reinforcement is a new type of composite material. Compared with traditional steel reinforcement, it has the advantages of light weight, high strength and good corrosion resistance. In the field of wind power, glass fiber reinforcement is widely used in the reinforcement and repair of large impellers, which can effectively improve the strength and stability of the impeller. At the same time, it can also reduce the weight of the blades and improve the efficiency of wind power generation. According to relevant data, the manufacturing cost of impellers using glass fiber bars is nearly one-third lower than that of traditional steel bars, greatly improving the economic benefits of the wind power industry. In addition, the use of glass fiber reinforcement materials can also reduce the environmental pollution of the steel industry and help achieve sustainable development of enterprises. The application of glass fiber reinforcement materials in the field of wind power not only improves the performance and economic benefits of the equipment, but also helps to promote the development of the clean energy industry.

High anti-corrosion quality of GFRP solid bolt was born for permanent supporting solutions (50+ years of service life), which has extreme high demand for corrosion resistance and creep rupture strength, as it is related to performance in long term loading. GFRP rebar the success and reliability of the production fully depends on the comprehensive capacity of the manufacturer, such as raw material selection, production equipment, process, technique, quality control, etc.