Kemapoxy 131 ETH
Kemapoxy 131 ETH
Kemapoxy 131 ETH is a high performance, two component (2K) coal tar epoxy structural coating engineered to deliver supreme chemical resistance and heavy duty mechanical protection for both concrete and steel substrates.
Technical Property | Official Certified Value | Engineering Benefit |
Classification | Two-Component (2K) Coal Tar Epoxy Structural Coating | Provides comprehensive anti-corrosive shielding and ultimate chemical block |
Barrier Integrity | Dense, High-Build Non-Permeable Film | Halts the penetration of industrial effluent, sulfates, and chloride ions |
Chemical Immunity | Superior Resistance to Diluted Acids, Alkalis, & Sewage Gases | Safeguards water treatment basins, wastewater sumps, and wet-wells |
Interfacial Bond Modulus | High-Bond Tenacious Adherence to Concrete & Steel | Inhibits film peeling and delamination under hydro-static stresses |
Sub-Grade Durability | Outstanding Performance in Buried and Submerged Layouts | Preserves deep concrete foundations and retaining configurations |
kemapoxy 131 eth
Heavy Chemical Shield: Excellently resists the volatile degradative effects of Hydrogen Sulfide gas ($H_2S$) and organic acids found in active wastewater utilities.
Optimized Elongation & Toughness: Possesses balanced film flexibility to absorb micro-structural shifts and concrete thermal movements without cracking.
High-Build Dry Film Profile: Achieves dense, high dry-film thickness per coat, facilitating efficient pinhole-free sealing over textured concrete layouts for 2026 schedules.
Dual Direct-to-Substrate Locking: Bonds tenaciously onto mechanical profiled concrete blocks as well as structural white-metal blasted steel frames.
Cost-Efficient Lifecycle: Significantly reduces maintenance shutdowns of public infrastructure thanks to its long-term resistance to scouring and chemical abrasion.
Chemical lining and internal/external coating of concrete wastewater treatment plants, industrial sewage wet-wells, manholes, and large-diameter concrete conduits across all governorates.
Waterproofing and chemical protection of deep concrete foundations, underground tie-beams, structural retaining walls, and sub-grade structures facing active water tracking.
High-performance anti-corrosive coating for submerged marine structures, industrial harbor sheet piles, steel barges, and buried steel pipelines under 2026 regulations.
Bulk contract material supply tracking and technical tender allocation within public utility networks, municipal sanitation schemes, and mega infrastructure projects.
Substrate Profiling & Preparation:
Concrete: Substrates must be structural sound, dry, fully cured (minimum 28 days old), and mechanically prepared to eliminate laitance, form oils, and surface dust.
Steel: Metal substrates must be clean-blasted to near-white metal standard (ISO 8501-1 Sa 2.5) to clear all structural rust, old paints, and scales.
Technical Compounding: Empty Component B entirely into Component A following the exact factory weight ratios prescribed by CMB. Mix thoroughly with a slow-speed mechanical agitator until a uniform color and fluid consistency are achieved, strictly respecting the specified chemical pot life.
Execution Technique: Apply the compound systematically using rollers, heavy nylon brushes, or commercial airless spray rigs. A minimum dual-coat application strategy is highly recommended to secure seamless barrier distribution and eliminate potential film pinholes.
Curing Protocol: Allow the applied coal tar coating system to cross-link completely under controlled 2026 project environments, strictly adhering to factory recoat window margins to secure robust inter-coat chemical fusion.
