Carbon Fiber Applications
Carbon Fiber Reinforced Polymer (CFRP) systems provide high-strength strengthening with minimal added weight and negligible increase in member size. Installed as externally bonded laminates, strips, or wraps, CFRP is particularly effective when additional capacity is required without affecting usable space—making it well suited to fast-track upgrades and occupied environments where downtime must be minimized.
Carbon fibre strengthening delivers rapid, high-impact capacity upgrades without adding significant weight or altering the structure’s profile.
CFRP strengthening is commonly adopted when existing members must carry higher loads due to change of use, new equipment, or modifications that alter load paths, as well as when condition assessments identify insufficient flexural or shear capacity. In seismic retrofitting, CFRP wrapping is used to enhance confinement and ductility—helping structural elements perform more reliably under cyclic loading and reducing the likelihood of brittle failure modes.
Typical applications include flexural strengthening of beams and slabs, shear strengthening through U-wraps and side bonding, and column confinement using full or partial wraps. Performance depends heavily on substrate integrity and detailing, so installation is preceded by any required concrete repair, thorough surface preparation, and verification of bond-critical conditions. Where necessary, protective measures for UV exposure, aggressive environments, or fire performance are incorporated into the final system specification.
Typical applications include flexural strengthening of beams and slabs, shear strengthening through U-wraps and side bonding, and column confinement using full or partial wraps. Performance depends heavily on substrate integrity and detailing, so installation is preceded by any required concrete repair, thorough surface preparation, and verification of bond-critical conditions. Where necessary, protective measures for UV exposure, aggressive environments, or fire performance are incorporated into the final system specification.