Facebook-f Instagram Linkedin

Get a Quote!

Edit Template

Services

Services » Bridge & Transportation Infrastructure

FRP Solutions for Transportation Infrastructure

Transportation infrastructure faces constant stress from heavy traffic loads, environmental exposure, and aging materials. CompositePros delivers proven FRP strengthening solutions that extend bridge service life, increase load capacity, and defer costly replacement for decades.

Our certified team has extensive experience in bridge rehabilitation using Carbon Fiber Reinforced Polymer (CFRP) and Glass Fiber Reinforced Polymer (GFRP) systems. From emergency repairs to planned rehabilitation projects, we work seamlessly with DOT specifications, structural engineers, and general contractors.

Applications

Bridge & Transportation Applications

Bridge Columns & Piers

Seismic retrofit, shear strengthening, and corrosion protection for bridge columns and piers using FRP wrapping systems.

Bridge Beams & Girders

Flexural and shear strengthening of concrete and steel bridge beams to increase load capacity and extend service life.

Bridge Decks

Deck soffit strengthening and repair using FRP laminates to address deterioration and increase structural capacity.

Culverts & Drainage

Structural rehabilitation of culverts and drainage structures beneath roadways using FRP wrapping and lining systems.

BENEFITs

Why FRP for Bridge Projects

  • Rapid Installation

    Minimal traffic disruption, completed during off-peak hours

  • Increased Load Capacity

    Strengthen structures to meet current load requirements

  • Seismic Compliance

    Enhance earthquake resistance to meet modern building codes

  • Corrosion Protection

    Shield reinforcing steel from chloride and moisture intrusion

  • Long-Term Durability

    50+ year service life with minimal maintenance

  • DOT Approved

    Compatible with DOT specifications and engineering standards

  • Cost-Effective

    Defer replacement costs while maintaining structural integrity

  • Lightweight Installation

    No heavy equipment or structural modifications required

Our Bridge Rehabilitation Process

Four-Step Process

Structural Assessment

Initial inspection and evaluation of existing conditions. Review structural drawings and engineering reports to determine FRP requirements.

Engineering & Design

Develop FRP strengthening design in coordination with structural engineer. Ensure compliance with DOT specifications and building codes.

Surface Preparation & Installation

Prepare concrete or steel surfaces. Install FRP systems following manufacturer specifications and quality control procedures.

Quality Assurance & Documentation

Final inspection and testing. Provide complete installation documentation and as-built drawings for agency records.

get started

Bridge Rehabilitation Project?

Contact our team for a free consultation on your transportation infrastructure needs

Experts in Advanced FRP Solutions

Contact Info

© 2026 Powered by Composite Pros  |  Website by Arada