Kemapoxy 131 W

Damp Concrete Optimization: Allows micro-porous moisture breathing, permanently preventing structural coating detachment.

Eco-Conscious Health Profile: Solvent-free, non-toxic formulation makes it fully safe for commercial kitchens and medical cleanrooms for 2026 mandates.

Deep Capillary Interlocking: Infuses seamlessly into the cementitious matrix to build a highly secure mechanical anchor.

Polished Hygienic Aesthetic: Yields a continuous smooth film that strongly repels greases, oils, industrial dirt, and carbon stains.

Cost-Efficient Water Dilution: Conveniently thinned using potable water during field execution, entirely eliminating specialized solvent costs.

Specialized protective and hygienic coating for internal walls and floors in hospitals, surgical suites, pharmaceutical units, and food processing plants across all governorates.

Sealing and protective priming for subway transit tunnels, underground parking garages, subterranean bunkers, and highly humid substructures for 2026 targets.

Internal protective lining for dry commodity storage hubs, commercial laundries, institutional kitchens, and dairy processing facilities.

Technical material contract tracking and bulk tender allocation within educational facility authorities, health ministries, and urban housing corporations.

Substrate Profiling & Preparation: Concrete surfaces must be structurally sound and free from curing membranes, efflorescence, loose cement, and oils. The substrate can be damp but must be completely clear of standing liquid water, active hydrostatic leaks, or running flows.

Technical Compounding: Stir Component A thoroughly, then introduce Component B completely based on the precise factory mixing ratios prescribed by CMB. Blend utilizing a slow-speed mechanical agitator to achieve a perfect uniform matrix. For the initial priming coat, dilution with clean potable water is permitted per the datasheet to maximize substrate wetting.

Execution Technique: Apply the compounded water-based epoxy systematically using professional rollers, brushes, or airless spray rigs to maintain a uniform dry film thickness. Applying a multi-layer twin coat is standard practice to secure maximum physical performance for 2026 site requirements.

Curing & Ventilation Staging: Allow the applied coat to dry in a well-ventilated space to support rapid water evaporation from the curing film. Strictly monitor inter-coat recoating windows to ensure maximum cross-linking and multi-layer structural fusion.