The science behind our repair techniques
Concrete repairs
Decks, soffits, beams and columns form the structural frame of a car park. When concrete breaks away or reinforcement begins to corrode, the structure starts to lose strength and continuity. Repairs begin by removing unsound concrete and exposing the affected steel. Reinforcement is cleaned, treated and rebuilt using structural repair mortars selected for the environment and loading conditions. The objective is to restore the structure so it performs as intended.
Crack injection and structural protection
Cracks allow water and chlorides to enter the concrete. Once moisture reaches the reinforcement, corrosion can develop quickly. We use low-viscosity resin injection systems to seal and bond cracks, preventing further ingress and restoring continuity within the concrete. Where additional protection is required, corrosion inhibitors and galvanic anodes are incorporated to reduce future corrosion risk around repaired areas.
Deck coating systems
Car park decks are exposed to constant vehicle traffic, moisture, de-icing salts and abrasion. Protective coating systems work as a barrier between the structure and that environment. Systems are typically built up in layers, including primers, waterproof membranes and durable wearing surfaces designed to provide grip, chemical resistance and long-term protection. The purpose is to prevent water and chlorides reaching the concrete beneath while maintaining a durable traffic surface.
Expansion joint replacement
All structures move. Temperature changes, loading and settlement place constant movement through expansion joints. When joints deteriorate, water can pass directly into the structure below. Existing failed systems are removed and replaced with mechanical or elastomeric joint systems selected to suit the expected movement, traffic loading and deck construction. The replacement system must remain watertight while accommodating continuous movement over time.
Anti-carbonation and protective coatings
Carbonation reduces the alkalinity within concrete and removes the natural protection surrounding embedded steel reinforcement. Protective anti-carbonation coatings create a barrier against carbon dioxide and water ingress while still allowing moisture vapour within the concrete to escape. This slows deterioration and helps extend the service life of the structure without trapping moisture internally.
Line marking and bay reconfiguration
Clear layouts improve safety, traffic flow and usability within operational car parks. We install durable line marking systems designed for high traffic environments, including bays, directional markings, pedestrian routes and safety zones. Where layouts no longer suit operational requirements, bay arrangements and traffic routes can be reconfigured to improve circulation and maximise usable space.
Drainage improvement and ramp regrading
Poor drainage accelerates structural deterioration. Standing water increases slip risk and allows moisture to penetrate the deck over time. Drainage improvement works can include new outlets, replacement drainage channels, localised regrading and ramp reprofiling to improve falls and direct water away from the structure more effectively.
Lighting and safety upgrades
Lighting plays a major role in the safety and usability of a car park. We coordinate lighting upgrades using modern LED systems to improve visibility, reduce maintenance requirements and lower energy consumption. Additional safety measures, including handrails, barriers, CCTV integration and pedestrian guidance systems, can also be incorporated as part of wider refurbishment works.
