Industry Scenario Application of FRP Beams

Fiberglass reinforced plastic (FRP) beams, as a high-performance composite structural component, have achieved innovative applications in multiple fields due to their lightweight, high strength, corrosion resistance, and strong designability. The following is a systematic analysis of its application status and technical characteristics from dimensions such as structural form, reinforcement technology, and industry scenarios.

Large span structure:

FRP beams are used in sports venues and airport terminals to reduce self weight by more than 30% and lower foundation costs by 79%.

Prefabricated building:

Prefabricated FRP beam concrete composite components, reducing on-site construction time by 40%, have been used for emergency bridges (24-hour rapid construction).

Chemical/Power:

Fiberglass cable trays are acid and alkali resistant, insulated, and can reduce procurement costs by 20% -30%. They are used in chemical plants and substations.

New energy:

Retired wind turbine blades and recycled FRP beams are used for photovoltaic brackets and energy storage equipment casings, with a cost of 60% -70% of the original materials.

Bridge engineering:

FRP reinforced beams reduce the weight of the bridge body, improve seismic resistance, and are suitable for high salt spray environments in cross sea bridges.

Ships and offshore platforms:

Lightweight FRP beams reduce fuel consumption by 10% -15%, and their salt spray resistance reduces maintenance frequency by 37%.

 

lightweight

 

corrosion preventive

 

Strong designability

 

customized sizes