Cementitious floor topping rejuvenates deteriorated concrete by bonding new high‑strength mortar to existing slabs, filling spalls, cracks, and low spots while leveling the surface. Polymer modification improves adhesion, flexibility, and resistance to shrinkage cracking compared to traditional sand/cement screeds.

Thin toppings (6‑12 mm) level minor unevenness for tile or vinyl installation. Medium builds (12‑25 mm) repair moderate damage from impact or corrosion. Thick structural toppings (25‑50 mm) restore heavily spalled slabs to load‑bearing capacity.

Self‑levelling underlays flow to create flat surfaces over profiled substrates. Rapid‑set formulations minimize downtime. Flowable mortars pump for large areas. All cure to compressive strengths exceeding 30 MPa.

• Thin self‑levelling cementitious topping (6‑12 mm) for tile and vinyl preparation.

• Medium‑build repair topping (12‑25 mm) for spalled and cracked industrial slabs.

• Thick structural cement overlay (25‑50 mm) restoring load capacity to damaged floors.

• Concrete assessment, crack injection, and substrate profiling for optimal bonding.

• Polymer‑modified formulations preventing shrinkage cracks and delamination.

• Rapid‑set toppings minimizing downtime in operational facilities.

• Surface grinding and priming for polished concrete or coating applications.

• Structural engineering knowledge assessing slab damage and specifying appropriate topping thickness.

• Polymer chemistry expertise enhancing adhesion, flexibility, and crack resistance.

• Flow dynamics and pumpability for large‑area industrial floor restoration.

• Compatibility with subsequent finishes including tiles, epoxies, and polishes.

• Phased installation strategies maintaining production during repairs.

• Long‑term durability testing confirming topping performance under traffic and environment.