Forensic Restoration & Structural Strengthening for KSA Industrial Infrastructure.
Thermal expansion in the Saudi climate is a primary driver of structural fatigue. EG-CORE utilizes High-Pressure Precision Injections to remediate structural fractures. By deploying low-viscosity moisture-tolerant epoxies and polyurethanes, we bridge the crack profile to prevent chloride infiltration and rebar carbonation, significantly extending the asset's service life.
ASTM C-881 compliant resins engineered for high-heat application and chemical resistance in saline groundwater zones.
Concrete spalling in coastal KSA regions is a critical risk to load-bearing integrity. Our forensic restoration protocol involves the surgical removal of delaminated material, specialized rebar passivation, and the application of EN 1504-3 R4 Grade repair mortars. This restores the structural cross-section while providing a protective alkaline buffer against future corrosion.
Full structural load-path recovery and aesthetic surface uniformity for industrial and commercial facades.
To accommodate increased load requirements or seismic upgrades in Saudi Giga-projects, we deploy advanced FRP (Fiber Reinforced Polymer) Wrapping and Steel Jacketing. These high-tensile solutions increase the load-bearing capacity of columns and beams without the weight penalties of traditional concrete casting, ensuring rapid project completion.
Carbon Fiber (CFRP) systems providing 10x the tensile strength of steel for aggressive industrial environments.
For high-traffic industrial floors and deteriorated commercial slabs, we apply high-performance polymer overlays. These systems provide a new, abrasion-resistant wear layer that stands up to heavy machinery and chemical exposure, transforming worn concrete into a durable, high-gloss, or non-slip technical surface.
Warehouse slabs, pharmaceutical hubs, and heavy-duty manufacturing facilities requiring chemical-grade protection.
