When extreme temperatures, strong oxidation, and complex mechanical stresses collectively challenge the limits of materials, and when traditional manufacturing is forced into a painful compromise between “precise of complex geometries” and “ultimate high-temperature performance,” are you anticipating a revolutionary material that can  this dichotomy?

Now, the answer from materials science has arrived: Organopolysilazane IOTA 9108. It is not just a high-performance polymer; it is an epoch-making “Ceramizable Precursor.” It grants you unprecedented material freedom: first, with the intelligence of a liquid resin, achieving unparalleled process flexibility and precision forming capability; then, through mild pyrolysis, transforming into advanced SiCN ceramic capable of withstanding 1500°C, perfectly realizing a seamless, intelligent transition from “flexible manufacturing” to “rigid protection.”

Core Value: A Revolutionary Bridge from Liquid Processing to Ceramic Performance
The core secret of IOTA 9108 lies in its ingenious molecular structure built on repeating Si-N units, which  it an irreplaceable dual mission and卓越 properties:

1. As an Excellent Processing Medium: Leveraging its  processing characteristics of low viscosity, short curing time, and diverse curing methods, it can, like a high-end resin, be easily applied through processes such as impregnation, coating, and potting. It perfectly infiltrates and firmly bonds with various substrates or fiber preforms like metals, ceramics, and graphite, effortlessly enabling the  near-net-shape forming and densification of complex components.

2. As an Efficient Ceramic Source: During subsequent mild and controlled pyrolysis, it converts with a high ceramic yield directly into high-performance SiCN ceramic. This ceramic material leverages the synergistic advantages of silicon, carbon, and nitrogen, offering not only long-term temperature resistance up to 1500°C but also excellent oxidation resistance, creep resistance, and high hardness.

Why Choose IOTA 9108? – Strategic Advantages that Break Traditional Boundaries

• Simplifies Complexity, Reimagines Manufacturing: It revolutionizes the complex, energy-intensive processes of traditional ceramic powder forming and high-temperature sintering. It is particularly adept at manufacturing components with complex internal cavities,  structures, or composite materials, significantly lowering technical barriers and overall costs.

• Inside Out, Achieving Integral Bonding: The excellent adhesion it exhibits to various materials even in its polymer stage ensures chemical compatibility and structural integrity at the interface throughout the entire journey from precursor to final ceramic product, avoiding the inherent risk of delamination common with traditional coatings.

• Future-Oriented, Defining Application Frontiers: It is an ideal foundational material for next-generation aerospace thermal protection systems, ultra-high-temperature engine components, high-end semiconductor carriers, high-performance braking materials, and corrosion-resistant coatings for extreme environments, providing core support for your most severe future performance challenges.

Choosing IOTA 9108 is not just selecting a material; it is choosing a shortcut to “design freedom” and “performance pinnacle.” It makes “forging a ceramic essence from a liquid form” a reality, helping your innovations break free from the constraints of temperature and form, defining the future.
       Room termperature curing polysilazane, pls check IOTA 9150, IOTA 9150K.       
       High termperature curing polysilazane, pls check IOTA 9108, IOTA 9118.