1. High strength, high modulus, dimensionally stable, and good machinability. Suitable for transmission shafts in machinery and equipment, toys, advertising display stands, fitness equipment, kites, tents, umbrella ribs, luggage, sails, arrow shafts, ski poles, flag poles, anchor rods, display stands, electric motors, transformers, and sports equipment, etc., across various fields in the national economic construction.

2. Exceptional corrosion resistance (can withstand the majority of chemical corrosive mediums), excellent wear and vibration damping properties, as well as fatigue resistance and low friction coefficient, making it suitable for the chemical industry: offshore oilfield exploration and production equipment and platforms, PCB equipment drive shafts, electroplating equipment drive shafts, etc. Products have a long service life in environments with strong corrosive mediums. Its usage range in both industrial and civil applications is expanding and it has gained popularity.

3. High strength-to-weight ratio, high modulus-to-weight ratio, excellent X-ray transmission, good biocompatibility, and strong ability for elastic deformation, suitable for medical equipment field: medical devices, structural components of medical equipment, prosthetics, artificial limbs, artificial bones, artificial joints, and more.

4. Strong resistance to high temperatures, creep, chemical corrosion, and harsh environmental climate changes, excellent seismic performance, and inherent properties of high strength and high modulus. Suitable for CFRP rebars, capable of replacing conventional rebars, enhancing the bearing capacity of concrete structures, and facilitating the construction of new concrete structures. The application of cement structures in corrosive medium environments in civil engineering has become relatively widespread.

5. Lightweight with high tensile strength of the material, i.e., light yet strong. Widely used in aviation and aerospace.Military IndustryKites, sports and leisure materials, etc.