Remedial Repairs
Our remedial repair services are focused on restoring the strength, safety, and performance of aging or damaged building elements. With an extensive background in concrete repair, structural stabilisation, and corrosion protection, we offer proven, engineered solutions that extend the life of critical infrastructure.
Concrete Remediation
We restore damaged concrete elements affected by corrosion, cracking, or spalling using specialist materials and proven methods. Our work not only repairs the damage but prevents future deterioration by addressing the underlying causes.
Crack Injection & Structural Stabilisation
We use high-performance epoxy and polyurethane injection systems to stabilise and seal cracks in concrete and masonry. These methods restore structural strength, stop active leaks, and prevent further movement or water penetration.
Carbon Fibre & Steel Strengthening
For structures requiring additional support, we implement engineered strengthening systems such as carbon fibre strips and steel retrofits. These solutions restore structural capacity, accommodate new loads, and ensure compliance with current standards.
Masonry Repointing & Brick Repair
Degraded mortar and cracked brickwork are repaired through expert repointing and brick replacement. This process not only improves the visual appeal of a façade but also enhances water resistance and structural durability.
Corrosion Treatment & Coating
We identify corrosion risks and apply specialised treatments and coatings to steel reinforcements and surfaces. This extends the lifespan of structural elements and reduces ongoing maintenance costs associated with environmental or chemical degradation.
Balustrade & Balconies Rectification
Our team repairs defects in balconies and balustrades to ensure BCA compliance and asset protection. We address waterproofing, corrosion, and movement issues to restore these elements to a safe and serviceable condition.
Slab Edge & Cantilever Remediation
We stabilise and restore slab edges and cantilevered structures affected by concrete cancer or structural fatigue. Our work reinforces these critical components, preventing structural failure and ensuring the ongoing safety of the building.
