The CFA can be one of your sources if you choose to develop the special and unique capability of engineered corrosion resistant FRP composite design, manufacturing, or use. The simple answer is when an FRP part gives either a lower life cycle, or a lower initial cost, it should be used. Typically, FRP parts are much lighter than steel or steel reinforced concrete yielding lower cost installations. The lower cost installation can come from lower cost pads, hangers and other support structures. Lighter duty cranes and longer reaches are also important considerations.
FRP composites have intrinsically good insulating characteristics.
They are both good thermal and electrical insulating materials. While a steel duct, for example may need to be insulated to stop condensate from forming, an FRP composite may need little, no, or a cheaper type of insulation. Corrosion resistant properties are an integral part of the composite. The resin and glass reinforcement provides the corrosion resistance. This corrosion resistance can be tailored for the situation.