Kemtekt 20
Kemtekt 20
Kemtekt 20 is an ultra premium, high performance, two-component high build epoxy protective coating engineered to deliver supreme mechanical and chemical defense for concrete and metallic substrates.
Technical Property | Value / Description | Engineering Benefit |
Classification | Heavy-Duty High-Build Two-Component Epoxy Coating | Elite industrial-grade protective shield for aggressive environments |
Chemical Base | Premium Epoxy Resin cross-linked with a special hardener | Highly dense film structure rejecting mechanical abrasion and chemical attacks |
Appearance / Finish | Smooth, High-Gloss Tough Film | Simplifies commercial chemical sanitization and prevents oil staining |
Chemical Resistance | Exceptional performance against acids, salts, and solvents | Prevents substrate breakdown from accidental industrial chemical spills |
Adhesion Strength | Outstanding anchoring performance | Zero delamination or peeling under intense mechanical traffic load |
Ironclad Chemical & Mechanical Shield: Delivers total barrier protection against aggressive fluid spillages, heavy industrial sanitizers, and constant friction.
High-Build Film Application: Allows high dry film thicknesses per coat, completely covering raw concrete pores and micro-fissures.
Anti-Permeability & Corrosion Defense: Acts as a solid moisture barrier that locks out moisture tracking and protects internal steel rebars from premature oxidation.
Easy Sterilization & Non-Porous Finish: The glossy, non-absorbent finish limits industrial dust accumulation and permits rapid high-pressure chemical washing.
Persistent Structural Longevity: Retains original film composition and high mechanical values over multi-year aggressive operational cycles.
Sealing and protective floor/wall coating inside industrial chemical plants, power stations, mechanical workshops, and heavy bulk warehouses.
Technical lining and chemical barrier protection for wastewater concrete tanks, sewage treatment infrastructure, and drainage channels.
High-durability flooring protection for multi-story car parks, petrol stations, and heavy forklift transit lanes.
Bulk material supply for nationwide public utility developments, national infrastructure tenders, and heavy-duty architectural civil works.
Substrate Profiling: Target surfaces must be completely dry (moisture ratio <4%), structurally sound, and cleared of cement laitance, oils, or loose fragments. Mechanical preparation via diamond grinding or shot-blasting is highly recommended to promote superior mechanical anchoring.
Mixing Protocol: The product is supplied in two parts (Component A and Component B). Mix thoroughly according to the precise technical ratios using a low-speed mechanical mixer to secure uniform compound blending without introducing trapped air.
Execution & Installation: Apply the blended mixture within its designated pot life utilizing a solvent-resistant roller, broad brush, or professional airless spraying machinery, adhering strictly to the targeted wet film thickness.
Curing & Traffic Windows: Surfaces achieve light foot traffic dry state within 24 hours. However, maintain a steady curing window of 5 to 7 days to reach full chemical cross-linking (Full Cure) before exposing the film to heavy vehicle traffic or chemical stress.
