In the fields of aerospace, industrial heavy-duty anti-corrosion, and specialty composites, the limits of surface protection are constantly being redefined. While traditional high-temperature coatings often compromise between application convenience, substrate versatility, and environmental safety, a truly professional-grade material designed for "all-scenario high-temperature resistance" is now ready. We proudly present Organopolysilazane IOTA 9118 (Ceramizable Precursor Polymer) . This is a liquid polysilazane featuring vinyl as the primary functional group, precisely tailored for high-performance, high-temperature resistant coating systems. It not only inherits the thermal endurance genes of the polysilazane family but also achieves a qualitative leap in application adaptability and comprehensive protective performance.

Vinyl Reactivity, A New Crosslinking Dimension

The molecular design of IOTA 9118 features vinyl as the primary functional group, endowing it with unique reactivity. It can participate in thermal curing crosslinking or achieve efficient curing through peroxide initiation or platinum-catalyzed addition reactions. With diverse curing methods and an exceptionally broad processing window, IOTA 9118 responds precisely whether you追求 low-temperature rapid成型 or require deep uniform crosslinking.

Ultra-Low Viscosity, Universal Adhesion

Its extremely low viscosity endows the coating with exceptional leveling and penetration, effortlessly adapting to all-scenario application methods including spraying, brushing, dipping, and spreading. Even more impressive is its breakthrough substrate tolerance: whether on metallic substrates like steel, aluminum alloy, titanium alloy, or on glass, engineering plastics (PP/PC/PVC/PMMA), ceramics, and even dense existing paint films, IOTA 9118 establishes strong chemical bonding, achieving true "one material, universal adhesion."

Ceramizable Potential, Serene at 1000°C

As a ceramizable precursor, IOTA 9118 exhibits significantly elevated temperature resistance after curing, capable of withstanding long-term high-temperature oxidation and thermal shock, while possessing the intrinsic safety feature of being non-combustible after curing. Its dense cross-linked network endows the coating with excellent oxidation and chemical corrosion resistance. The extremely low surface energy makes stain adhesion difficult, and its easy-clean property offers distinct advantages in fields with stringent hygiene requirements.

From high-temperature flue pipes, engine compartment components, and heat-resistant anti-corrosion coatings for industrial oven interiors, to specialty adhesives, non-flammable composite matrices, and release coatings for glass molds—the application landscape of IOTA 9118 is both vast and deep. Choosing it means you no longer need to compromise between "temperature resistance rating" and "application convenience." This is the professional choice engineered for extreme environments and the universal answer empowering complex substrates.