Manta A112 is a bifunctional organosilane possessing two reactive amino groups (primary and secondary) and three hydrolyzable trimethoxysilyl groups.
Thanks to the specific synergistic reactivity of its 2-aminoethylaminopropyl structure, Manta A112 acts as a superior adhesion promoter and coupling agent. It delivers significantly higher bond strength to difficult inorganic and organic substrates compared to standard mono-amino silanes. It drastically reduces filler sedimentation tendencies, improves dispersibility, and significantly enhances the mechanical and electrical properties of advanced composites and sealants.
It is equivalent to industry benchmarks such as Momentive Silquest A-1120 / A-1122, Dow Z-6020 (OFS-6020), Evonik Dynasylan DAMO, WACKER GENIOSIL GF 9, and Shin-Etsu KBM-603.
Features
- Dual-Amine Reactivity: The combination of primary and secondary amines provides exceptionally robust crosslinking with a wide variety of organic resins (epoxies, polyurethanes, phenolics, and acrylics).
- Trimethoxy Crosslinking: The highly reactive trimethoxysilyl groups ensure rapid hydrolysis and the formation of a dense, durable 3D siloxane network on inorganic surfaces.
- Superior Wet Adhesion: Markedly improves the resistance of the cured polymer to moisture, vapor, and corrosion.
- Primerless Adhesion: Often eliminates the need for separate surface primers, saving processing time and costs.
Thanks to the specific synergistic reactivity of its 2-aminoethylaminopropyl structure, Manta A112 acts as a superior adhesion promoter and coupling agent. It delivers significantly higher bond strength to difficult inorganic and organic substrates compared to standard mono-amino silanes. It drastically reduces filler sedimentation tendencies, improves dispersibility, and significantly enhances the mechanical and electrical properties of advanced composites and sealants.
It is equivalent to industry benchmarks such as Momentive Silquest A-1120 / A-1122, Dow Z-6020 (OFS-6020), Evonik Dynasylan DAMO, WACKER GENIOSIL GF 9, and Shin-Etsu KBM-603.