At PCR, we specialise in structural concrete repair for assets that need to keep performing — not just look patched. We work with engineers, asset owners, councils, and main contractors to reinstate damaged concrete elements in a way that’s durable, compatible, and aligned with the intended remaining service life.
Most concrete deterioration is driven by corrosion, moisture ingress, poor detailing, movement, chloride/carbonation exposure, or failed previous repairs. Our approach starts with identifying the driver, then building a repair methodology that actually suits the environment and structure.
✅ Our Structural Repair Packages Typically Include:
Assessment & repair planning
- Identify likely failure mechanism (corrosion, carbonation, chloride, movement, impact, poor detailing)
- Define repair boundaries and realistic expectations (including allowances for hidden deterioration)
- Method statement aligned with site constraints and programme
Controlled breakout & preparation
- Remove unsound concrete back to sound substrate
- Create proper repair edges for bond and durability
- Prepare the substrate to suit the repair system
Reinforcement treatment & reinstatement
- Steel exposure, cleaning and assessment of section loss
- Steel replacement where required (remedial reinforcement)
- Corrosion management integration (as needed for life extension)
Concrete reinstatement
- Rebuild sections with suitable repair mortars / repair concrete
- Correct placement, compaction and finishing to match surrounding surfaces (where required)
- Curing and protection to minimise shrinkage cracking and early failure
Detail integration
- Treat interfaces, joints, penetrations and water paths that would undermine the repair
- Coordinate with crack injection / waterproofing services where applicable
🏗 What We Repair
- Slabs, beams, columns, walls and suspended structures
- Edge beams, nibs, parapets and façade elements
- Car parks, podiums, balconies and high-wear industrial zones
- Water and infrastructure assets where durability is critical
🛠 Typical Repair Scenarios
- Spalling and delamination from reinforcement corrosion
- Cracking and concrete breakdown around penetrations and openings
- Honeycombing / voids / poorly consolidated zones requiring reinstatement
- Impact and abrasion damage in operational environments
- Failed previous repairs (debonding, cracking, poor preparation, incompatible materials)
🧱 How PCR Repairs Differ
A structural repair isn’t a “fill the hole” exercise. Durable repair outcomes rely on:
- Getting the boundaries right (remove the real extent of deterioration)
- Getting the prep right (bond and compatibility)
- Getting the steel treatment right (otherwise corrosion returns)
- Getting the curing and protection right (or the repair cracks and debonds early)
That’s why our repairs are method-led and documented — not improvised on the day.
🛠 Project Types We Service
- Live commercial and industrial buildings (minimal disruption requirements)
- Infrastructure and water assets
- High-exposure coastal structures
- Architect-led projects where repair appearance matters
- Remedial scopes where “cheap patching” has already failed
📌 Why Choose PCR?
- Specialist focus on life extension, not cosmetic patching
- Strong capability across the full remedial chain: repair + injection + waterproofing + protection
- ISO-certified systems supporting QA, traceability and consistent outcomes
- Practical, site-ready delivery on complex and high-stakes environments
- Repairs designed to reduce repeat call-backs and long-term ownership cost
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