Transport infrastructure like the O’Brien Hub presents several demanding conditions for concrete surfaces:
Heavy load traffic from trucks and machinery, accelerating surface wear
Exposure to fuel, oil, and chemical spills, which can damage unsealed concrete
Strict timelines, requiring rapid project progression and minimal downtime
Maintenance demands, with large surface areas needing to remain clean, safe, and functional
The challenge was to find a high-performance curing compound that could also seal and protect the surface without adding complexity or delay to the construction process.
DEEPCURE+REPELLER was chosen for its ability to cure, seal, and protect in a single penetrating application. Unlike traditional membrane cures that require later removal, DEEPCURE+REPELLER absorbs into the concrete and begins working immediately — streamlining the workflow and eliminating unnecessary steps.
Key benefits of this solution included:
Durability under heavy use, ideal for vehicle runways and loading areas
Integrated repellency, protecting the slab from water, oils, and chemical contaminants
No membrane removal, allowing faster re-entry for foot traffic and subsequent works
Reduced cleaning effort, thanks to the REPELLER additive which limits absorption and staining
This made it the ideal product for a high-volume, time-sensitive transport facility.
DEEPCURE+REPELLER delivered outstanding results across the 16,500 m² hardstand, exceeding both performance and efficiency expectations:
Perfect cure with even hydration and no membrane removal required
Minimal shrinkage and no map cracking, ensuring long-term structural integrity
Extremely hard surface capable of withstanding continuous heavy vehicle traffic
Zero dusting, eliminating surface degradation and improving safety
Highly chemical-resistant finish, protecting against spills and environmental exposure
Fast turnaround, with areas ready for foot traffic as soon as the surface dried
Very happy client, impressed by the quality, speed, and reduced long-term maintenance
The result is a robust, clean, and low-maintenance surface — purpose-built for the demands of a modern transport facility.

