At the forefront of technology where extreme performance meets material designability, the ultimate form of a material is no longer fixed. We proudly present a groundbreaking solution: Organoborosilazane IOTA 9120. This is more than just a resin or a precursor; it is an intelligent material platform with designable properties and predictable outcomes. It masterfully combines the processing ease of polymers with the cutting-edge performance of SiBCN ceramics, granting engineers unprecedented freedom in material customization.

IOTA 9120 is a liquid polymer composed of Si-N and Si-N-B units, inherently possessing dual-phase excellence. As a high-performance thermosetting resin, it offers advantages of low viscosity and short curing times, coupled with industry-leading curing flexibility: you can achieve thermal curing in air or inert atmosphere at 120-180°C, or utilize platinum-catalyzed hydrosilylation for efficient curing under mild conditions (80-100°C, typically 2-5 hours). This perfectly suits demanding processes from precision impregnation to complex molding. Its excellent adhesion to metals, ceramics, graphite, and more makes it an ideal matrix for advanced composites.

Its true revolutionary nature lies in its designable ceramic future. IOTA 9120 boasts a very high ceramic yield, efficiently converting into superior SiBCN ceramic via mild pyrolysis. Most uniquely, you can actively "program" the final ceramic's composition and properties by precisely selecting the pyrolysis atmosphere: in nitrogen/argon, it primarily forms a composite of SiC and Si₃N₄; in ammonia, the dominant product is Si₃N₄; and in air, it yields unique SiBOCN ceramic. By introducing functional fillers, you can further custom-tailor the ceramic's microstructure and final properties, precisely controlling the transformation from amorphous (<1600°C) to crystalline states.

The application prospects are limitless: From ultra-high-temperature components for aerospace engines and next-generation composites for extreme environments, to high-performance ceramic substrates and protective coatings in semiconductors, IOTA 9120 provides a complete, controllable pathway from convenient liquid processing to ultimate ceramic performance.

Usage Note: To unlock its full potential, always dilute with dry solvents and strictly avoid contact with water, alcohols, acids, bases, and other protic substances.

Choosing IOTA 9120 means embracing ultimate designability, exceptional performance, and process mastery in materials. It transforms complex ceramic science into a clear set of process decisions, empowering you to effortlessly guide each precise evolution from molecular structure to macroscopic property.