1. Corrosion resistance:

Since FRP materials themselves have good chemical corrosion resistance, they can effectively resist corrosion and extend their service life when used in seaside, chemical plants or other highly corrosive environments.

2. Lightweight and high strength:

Compared with traditional metal materials (such as steel), FRP has a low density and high strength, which can reduce the weight of the structure while maintaining sufficient mechanical strength.
3. Non-conductive:

As an insulating material, FRP bolts and nuts are suitable for occasions requiring electrical insulation, such as the assembly of electrical equipment.
4. Anti-magnetic:

Not affected by magnetic fields, suitable for environments sensitive to magnetism.
5. Low thermal conductivity:

The thermal expansion coefficient is small and the thermal conductivity is poor, which is suitable for occasions with large temperature changes or where insulation is required.
6. Aging resistance:

FRP materials are UV-resistant and weather-resistant, and are not easy to age when used outdoors.