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Caringbah Pavilion Carbon Fibre Reinforcement
October 30, 2025Carbon Fibre ReinforcementCaringbah, NSW

Caringbah Pavilion Carbon Fibre Reinforcement

Carbon fibre strengthening for heritage community pavilion

The Challenge

The Caringbah Pavilion's main beams had lost 60% of load-bearing capacity due to termite damage and weathering. With 200+ community events booked annually, closure wasn't an option. Traditional steel reinforcement would cost $400,000 and close the facility for 6+ months, devastating the community calendar. The heritage-listed building required any solution to preserve its original appearance while meeting modern structural standards. Council requirements mandated evening-only work to protect $45,000 in confirmed event bookings.

Our Solution

We applied carbon fibre reinforced polymer wraps using multi-directional patterns engineered to restore full structural capacity. The CFRP system added zero dead load while increasing beam strength by 300%. All work occurred during evening hours between bookings, ensuring zero event cancellations. Custom wrap positioning stayed within architectural features to maintain heritage character. The lightweight, non-invasive technology completed in 3 weeks versus 6+ months for steel alternatives. Heritage officers approved the approach as model-worthy for future projects.

Results

The CFRP solution restored structural capacity to 150% of original specification, future-proofing the building for 60+ years. Zero events were cancelled during the 3-week installation, preserving $45,000 in revenue. The $180,000 solution saved 55% versus the $400,000 steel alternative while finishing 8 weeks faster. Comprehensive certification enabled the pavilion to host 400+ events since completion with zero structural concerns. Heritage NSW commended the project as exemplary conservation work.

300%

Strength Increase

0

Event Cancellations

60yr

Design Life Extension

Ready to Start Your Project?

Caringbah Pavilion Carbon Fibre Reinforcement | TRD Remedial Case Study | TRD Remedial