Cementone F.I.R

Advanced Fire Retardancy Shield: Formulated with chemical fire suppressants that prevent structural concrete mortars from crumbling or flaking when directly exposed to flames.

Ironclad Substrate Adhesion Anchor: Infuses mortars with extreme structural binding parameters, securing flawlessly to smooth pre-cast panels and high ceilings.

Dynamic Shrinkage Control: Eliminates superficial hairline crack evolution and micro-fissure propagation, guaranteeing a dense, solid finished render.

Eco-Safe & Non-Toxic Profile: Zero release of toxic gases or choking smoke when subjected to thermal spikes, aligning completely with Civil Defense criteria for 2026.

Optimized Mixture Rheology: Maximizes mortar workability and trowel adhesion, scaling up high-reach installation cycles and cutting down aggregate site waste.

Compounding premium-tier, high-adhesion fire-resistant spatterdash slurry (key coat) and structural renders across escape routes, stairwells, and critical tunnel liners.

Primary modification admixture for heavy-duty plasters and repair mortars within electrical generator rooms, power transformers, and manufacturing bays.

Grouting, sealing, and repairing structural fire barrier zones, perimeter expansions, and fixing internal structural steel meshes.

Bulk material contract supply for national municipal infrastructure works, medical centers, airports, and public building tenders demanding fire safety materials.

Substrate Profiling: Target concrete backdrops must be structurally sound, dry, and thoroughly cleared of loose formwork release oils, grease, dust, or curing compounds. Pre-dampen surfaces to a Saturated Surface Dry (SSD) condition prior to material installation.

Mixing Profiles: Dilute Cementone F.I.R compound with clean water based on the technical configuration (typically 1:1 to 1:3 ratios by volume for standard key coats), then introduce the liquid mix into the dry cement-sand aggregate, mixing mechanically until perfectly uniform.

Execution Pass: Spray or throw the modified slurry evenly across the background plane. Ensure sharp, rough structural peaks are generated to guarantee maximum interlocking parameters for future plaster coats.

Site Restrictions: Do not allow the mixed compound to sit dormant to avoid surface polymer skinting. Adequate water curing of finalized cement applications is necessary to secure full hydraulic chemical maturity.