Kemapoxy 101 FR

Active Fire Retardancy (FR): Synthesized with functional chemical additives that suppress fire development and limit hazardous fumes in emergency environments.

100% Solventless Matrix: Eliminates dry-film shrinkage, guaranteeing that the protective layer maintains its precise designed engineering thickness.

Deep Capillary Sealing: Easily migrates into hairline micro-cracks and structural concrete pores to anchor weak surfaces for subsequent systems.

Universal FR Epoxy Base: Forms a highly compatible, reactive chemical interface that perfectly bonds with self-leveling epoxies and fire-rated topcoats.

High Bond Interfacial Adhesion: Adheres immovably to cementitious layouts, serving as an effective barrier against water ingress and chemical salt carbonation.

Essential fire-retardant epoxy priming layer (undercoat) for concrete floors before installing technical self-leveling coats in power rooms and transformer stations.

Protective clear sealing barrier applied over walls and floors in chemical warehouses, pharmaceutical storage hubs, and severe fire-risk production zones.

Isolation and protection of concrete substrates in commercial parking structures, escape pathways, and emergency fire exits within hospitality developments in Egypt.

Bulk material tender supply and contract specification tracking within public infrastructure projects demanding certified flame-retardant compound lines under 2026 codes.

Substrate Profiling: Concrete surfaces must be entirely dry, fully cured, structurally sound, and thoroughly cleared of greases, oils, laitance, and loose particles via mechanical diamond grinding or shot-blasting.

Technical Compounding: Empty Component B entirely into Component A according to the exact factory mixing ratios defined by CMB. Blend using a slow-speed mechanical mixer to achieve a fully homogeneous, fire-retardant compound while preventing air bubble entrapment.

Execution Technique: Spread the mixed clear compound evenly over the prepared substrate utilizing premium lint-free rollers, squeegees, or heavy-duty airless spray machinery to guarantee total pore encapsulation.

Curing Protocol: Allow the coated layout to undergo absolute chemical cross-linking under controlled 2026 site environments. Apply subsequent industrial epoxy coats within the designated technical over-coating window.