IOTA 9120 is a groundbreaking liquid precursor polymer with a unique structure of repeating Si-N and Si-N-B units, seamlessly integrating the functions of thermosetting resin and ceramic precursor. It converts into high-temperature-resistant SiBCN ceramics under mild pyrolysis conditions, offering an efficient solution for advanced high-temperature applications.

Key Advantages:

1. Flexible & Efficient Curing : Dual curing pathways available—crosslinking at 120-180°C in air or inert atmosphere, or hydrosilylation at 80-100°C with platinum catalyst. Curing time ranges from 2-5 hours, adapting to diverse production needs.
2. Superior Ceramic Performance : Pyrolysis of cured products yields amorphous ceramics below 1600°C and crystalline ceramics above 1600°C. Ceramic composition is precisely tunable via atmosphere control: SiC/Si₃N₄ (N₂/Ar), Si₃N₄ (NH₃), or SiBOCN (air), ensuring tailored performance for specific scenarios.
3. Exceptional Material Compatibility : Low viscosity and high flowability enable strong adhesion to metals, ceramics, and graphite. Dilutable with dry solvents, it suits impregnation, coating, and composite molding processes, delivering a ceramic yield of 50% (at 800°C) and density of 1.70-2.00g/cm³.
4. Stable Storage & Process Adaptability : Sensitive to water, alcohols, acids, and bases; unopened shelf life is 6 months, and 2+ months under sealed, low-temperature storage after opening. Easy tool cleaning ensures uninterrupted production.

Wide Applications:
• Ceramic Matrix Composites (CMCs) and Metal Matrix Composites
• High-temperature adhesives, anti-corrosion, and anti-oxidation coatings
• Ceramic preform impregnation and thermosetting resin modification
• Organic-inorganic hybrid material fabrication

IOTA 9120 empowers innovation in aerospace, new energy, and advanced manufacturing with its flexible curing, controllable ceramic properties, and process versatility. Choose IOTA 9120 to unlock the full potential of high-temperature material engineering!