Kemapoxy 131 ZR
Kemapoxy 131 ZR
Kemapoxy 131 ZR is an advanced, two component (2K), metallic zinc rich structural epoxy primer engineered to deliver premier anti corrosive passivation for steel substrates.
Technical Property | Official Certified Value | Engineering Benefit |
Classification | Two-Component (2K) Zinc-Rich Structural Epoxy Primer | Delivers active galvanic passivation and direct cathodic protection |
Anti-Corrosion Mode | Sacrificial Anodic Action via Pure Zinc Content | Suppresses sub-film rust tracking and lateral corrosion expansion |
Interfacial Bond Modulus | High-Anchor Adherence to Mechanical Blast Profiles | Establishes a highly receptive, textured tooth for subsequent coats |
Drying & Curing Staging | Fast Initial Dry Matrix with Balanced Cross-linking | Enhances shop throughput and accelerates field assembly timelines |
Environmental Defiance | Excellent Performance in Industrial, Marine, & Oilfield Sectors | Protects metal components exposed to permanent humidity and gases |
kemapoxy 131 zr
Armored Galvanic Protection: High loading of pure metallic zinc dust ensures chemical defense against aggressive atmospheric corrosion.
Mechanical Anchor Adhesion: Locks permanently onto abrasive blasted steel surfaces, avoiding premature film peeling under physical stress.
Premium Multi-Coat Compatibility: Serves as a perfect engineering primer beneath intermediate epoxies and aliphatic polyurethane topcoats for 2026 demands.
Petrochemical & Solvent Immunity: Strongly resists the deteriorative action of petroleum solvents, industrial oils, and chemical vapors.
Streamlined Airless Application: Specifically formulated to yield a uniform, continuous dry film thickness, guaranteeing coverage over sharp cuts and steel edges.
High-performance anti-corrosive structural priming of steel جمالونات, long-span industrial trusses, cross-country pipelines, and bridges across all governorates.
Protective internal and external lining primer for oil, gas, and petrochemical storage tank shells, industrial silos, and power generation units.
Passivating structural steel components in maritime coastal zones, port logistics machinery, loading docks, and heavy industrial facilities under 2026 codes.
Bulk material contract specification tracking and technical tender allocation within transport ministries, energy authorities, and national infrastructure networks.
Substrate Profiling & Preparation: Steel substrates must undergo rigorous abrasive blast cleaning to near-white metal standard (ISO 8501-1 Sa 2.5) to clear all mill scale, deep-seated rust, structural oils, and chemical residues.
Technical Compounding: Thoroughly agitate Component A to lift settled heavy zinc powder, then empty Component B completely into Component A based on the factory weight ratios prescribed by CMB. Mix utilizing a slow-speed mechanical agitator, maintaining gentle stirring during application to avoid zinc precipitation.
Execution Technique: Apply the compound immediately following mechanical blast cleaning (before any flash rusting occurs) utilizing industrial airless spray rigs for consistent film distribution. High-quality nylon brushes are recommended for stripe coating structural welds, corners, and dynamic joint nodes.
Curing Staging: Allow the applied zinc-rich primer coat to cross-link completely under controlled 2026 site parameters. Once hard-dry values are certified, the surface is ready to receive intermediate epoxy builds (such as MIOX) or specialized weather-resistant finishes.
