Kemapoxy 101
Kemapoxy 101 is a premium, two-component (2K), solvent free, low viscosity clear epoxy coat. It is primarily engineered for application as a high penetration priming system and a protective sealer over concrete floors and structural elements.
Technical Property | Official Certified Value | Engineering Benefit |
Classification | Two-Component (2K) Clear Solvent-Free Epoxy Primer / Coating | Delivers outstanding cross-linking density and superior substrate hardness |
Solvent Profile | 100% Solvent-Free Formulation | Safe for confined spaces and water storage tanks with zero odor hazards |
Viscosity Index | Ultra-Low Fluid Viscosity | Ensures rapid, deep penetration into concrete pores to halt moisture migration |
Chemical Resistance | Highly Resistant to Acids, Alkalis, and Hydrocarbons | Ideal protection for chemical plants and industrial floors facing routine spills |
Interfacial Adhesion | Superior High-Bond Structural Adherence | Anchors subsequent epoxy self-leveling layers, preventing peeling or failure |
kemapoxy 101
100% Solvent-Free Matrix: Prevents dry-film shrinkage and ensures full compound safety when implemented inside potable water structures.
Low Viscosity Penetration: Easily migrates into hair-line fractures and seals surface micro-pores for comprehensive concrete stabilization.
High Mechanical Shielding: Delivers a resilient surface profile capable of handling intense vehicular traffic and heavy industrial machinery load.
Broad Chemical Defense: insulates concrete elements from the destructive effects of contaminated wastewater, detergents, and industrial oils.
Universal Epoxy Undercoat: Forms a pristine, reactive surface that mechanically anchors self-leveling epoxies or heavy-duty topcoats (e.g., Kemapoxy 150).
Indispensable priming layer (undercoat) for all concrete industrial floor projects before laying down epoxy self-leveling or coating components.
Protective clear sealer and chemical barrier applied over walls and floors inside processing factories, warehouses, and industrial wash bays.
Non-toxic protective lining system certified for internal waterproofing of potable water tanks and marine structures.
High-volume material tender supply and contract specification tracking within public hospital renovations, food treatment facilities, and structural asset protection.
Substrate Profiling: Concrete surfaces must be thoroughly dry, cured, structurally sound, and cleared of oils, greases, laitance, and loose particles via mechanical diamond grinding or shot-blasting.
Technical Compounding: Combine Component A and Component B exactly in the factory-prescribed mixing ratios by CMB. Utilize a slow-speed mechanical mixer to avoid air entrapment while securing an completely uniform compound.
Execution Technique: Spread the blended mixture uniformly over the profiled substrate using high-quality lint-free rollers, squeegees, or heavy-duty airless spray equipment to cover all pores.
Curing Protocol: Allow the coated layout to undergo full chemical cross-linking under controlled 2026 site environments. Apply subsequent coats within the designated technical over-coating window.
