One of the key strengths of FRP is its impressive corrosion resistance; it will never rust. Additionally, it is highly valued for its excellent chemical resistance. Therefore, it is the ideal material for humid environments and structural components that come into contact with water.

An FRP structure is 70% lighter than an equivalent stainless steel structure. Therefore, it is an ideal material when weight reduction is a significant constraint.

FRP is a material well-suited for even the most challenging environments. Structures made of FRP have a longer lifespan than those made of steel, while also requiring considerably less maintenance.

The installation process of an FRP structure is simple. Unlike steel structures, FRP structures do not require welding or heavy equipment, as they can be mechanically assembled.

FRP is a non-conductive material and an electrical insulator, while being permeable to waves. That is why it is widely used in the electric power industry for designing insulated walkways and baskets.

FRP is a material with a very advantageous mechanical strength/mass ratio. Despite its low weight, it has excellent resistance to impact and to various mechanical stresses.