CFRP carbon fibre strengthening typically requires 1-2 weeks depending on element size and adhesive cure time. Surface preparation takes 2-3 days, fibre application takes 1-2 days, and full cure time is 7 days before loading. Rush curing systems available for time-critical projects reduce timeline to 3-5 days.

CFRP strengthening typically increases load-bearing capacity by 50-200% depending on fibre layup design and bonding pattern. We conduct finite element analysis (FEA) to calculate exact capacity increases for your specific structural elements. Steel plate bonding provides 30-100% increases depending on plate thickness and bonding area.

Yes, CFRP and steel plate bonding provide permanent structural upgrades with design life matching the concrete structure. We provide 10-year structural warranties backed by engineer certification. The carbon fibre is corrosion-resistant and unaffected by moisture or temperature extremes common in Australian climate conditions.

CFRP strengthening typically costs $400-800 per square meter of application depending on system complexity and access. Steel plate bonding costs $500-1,200 per square meter. Residential applications on single beams or columns range $8,000-20,000. Commercial multi-element projects range $50,000-200,000+. Site-specific quotes provided after structural analysis.

Yes, concrete strengthening is minimally disruptive. Surface preparation creates dust managed with containment barriers, and CFRP application uses low-odor epoxies. Most work can proceed with building occupancy using temporary surface protection and scheduling during non-critical hours. No load removal required in many cases.

Yes, all structural strengthening work requires design calculations from a certified structural engineer and Building Commissioner approval before commencement. We coordinate all engineering documentation and provide compliance certification on completion. Building council approval is standard for load capacity upgrades.