Kemapoxy 131 ECI
Kemapoxy 131 ECI
Kemapoxy 131 ECI is an advanced, solvent-free, two component (2K) high build structural epoxy coating designed explicitly as a premium chemical barrier and corrosion inhibiting system.
Technical Property | Official Certified Value | Engineering Benefit |
Classification | Two-Component (2K) Solvent-Free Corrosion Inhibiting Epoxy | Provides high-durability chemical encapsulation and barrier defense |
Protection Mechanism | High-Density Impermeable Layer with Anti-Corrosive Action | Halts the ingress of moisture tracking, harsh chemical fluids, and salts |
Chemical Defiance | Superior Stamina Against Diluted Acids, Alkalis, and Hydrocarbons | Ideal for wastewater facilities and heavy industrial process sectors |
Interfacial Bond Modulus | High-Anchor Adhesion to Blasted Steel and Grooved Concrete | Mitigates peeling or film delamination under hydrostatic or thermal stress |
Film Durability Matrix | Tough, High-Build Tough Film Layer | Withstands moderate mechanical scuffing and washing abrasion |
KEMAPOXY 131 ECI
Advanced Corrosion Suppression: Retards electrochemical oxidation and rust tracking over iron alloys and concrete foundations.
100% Solids Solvent-Free Chemistry: Ensures a zero-VOC installation profile, making it completely safe for confined tank spaces and indoor cleanrooms for 2026 project setups.
Broad Chemical Spectrum Defense: Resists continuous contact with hydraulic lubricants, aggressive industrial cleaners, and organic acidic solutions.
Total Hydraulic Impermeability: Operates as a heavy waterproofing seal that prevents saline groundwater ingress into deep concrete footings.
Dual-Action Coating Capability: Performs perfectly as a deep-bonding technical primer or as a chemical-resistant high-build topcoat.
Protective internal lining and external chemical insulation for wastewater tanks, water treatment facilities, and industrial chemical silos across all governorates.
Specialized protective flooring and wall encapsulation for pharmaceutical plants, fertilizer warehouses, chemical staging units, and battery rooms for 2026 demands.
Heavy-duty barrier shield for highway bridge piers, underground concrete substructures, and marine structures exposed to high chloride and saline coastal zones.
Bulk material contract specification tracking and technical tender allocation within public utility ministries, environmental departments, and national water corporations.
Substrate Profiling & Preparation: Concrete must be structurally sound, fully cured, and mechanically profiled via grinding or blast cleaning to clear surface laitance. Steel profiles must undergo mechanical abrasive cleaning to Sa 2.5 standard (ISO 8501-1) to clear all oxidation layers, mill scale, and structural greases.
Technical Compounding: Empty Component B entirely into Component A according to the precise factory mass-ratios specified by CMB. Combine using a slow-speed mechanical agitator until a fully uniform, smooth consistency is built, strictly avoiding air vortex introduction.
Execution Technique: Apply the compound systematically using high-ratio industrial airless spray rigs to secure a pinhole-free wet film distribution. Nylon brushes and high-grade rollers are recommended for detail stripe coating over connection nodes and localized maintenance zones.
Curing & Performance Staging: Allow the applied barrier film to cross-link completely under controlled 2026 climate parameters. Strictly observe multi-layer recoating intervals to maximize structural fusion, preventing early chemical contact until full technical hardness is verified.
