Moisture-curing inorganic zinc silicate primers designed for structural steel in highly aggressive environments. Provide galvanic protection, excellent solvent resistance, and withstand extreme temperatures up to 500°C under atmospheric exposure.
Galvanic action eliminates sub-film corrosion for long-term durability.
Excellent resistance to saline, marine, and chemical environments.
Complies with SSPC Paint 20 standards for zinc dust levels.
VOC-compliant; moisture-curing tech for low-temp application.
High-build, polyamide-cured epoxy coatings offering superior barrier protection for steel and concrete structures. Ideal for intermediate coats in multi-layer systems, ensuring excellent adhesion and chemical resistance.
High solids and film build for robust mechanical protection.
Resistant to moisture, saline conditions, and mild chemicals.
Compatible with zinc primers and aged epoxy coatings.
Low VOC formulations for sustainable performance
Two-component aliphatic polyurethane finish coats delivering superior gloss retention, abrasion resistance, and weatherability. Designed for topcoat applications over epoxy systems in aggressive atmospheric conditions.
Tough, abrasion-resistant finish for harsh environments.
Excellent color and gloss retention under UV exposure.
Compatible with epoxy and polyurethane primers.
Low VOC, high solids for regulatory compliance.
Advanced hybrid coatings combining epoxy and polysiloxane chemistry for exceptional durability, chemical resistance, and aesthetic retention. Ideal for long-life protection in severe atmospheric and industrial conditions.
Superior cross-linking for enhanced mechanical and chemical resistance.
Outstanding weatherability and corrosion resistance.
Bonds effectively over zinc silicate and epoxy primers.
VOC-compliant systems for sustainable coating solutions.