Under the severe challenges of high temperatures, corrosion, and complex operating conditions, how can we provide critical components with surface protection that is both robust and easy to apply? Traditional high-temperature coatings often involve complex processes and limited adhesion, while ordinary polymers struggle to remain stable in extreme environments. Faced with the growing demand for material performance in advanced manufacturing, are you looking for an innovative material that combines “ processability” with “ultimate protective ”?

Organopolysilazane IOTA 9118 is a powerful response to this challenge. It is not only a high-performance resin but also a unique Ceramizable Precursor Polymer. The abundant vinyl functional groups in its molecules  it excellent reactivity and cross-linking capability. Optimized for high-temperature resistant systems, this product offers the convenience of a liquid for easy application, yet ultimately imparts a guardian's strength akin to ceramics to the substrate. It demonstrates exceptional value, particularly in fields with stringent requirements for temperature resistance, safety, and cleanability.

Core Advantage: The Intelligent Choice from Flexible Liquid to Rigid Protection
The core of IOTA 9118 lies in its ingenious vinyl-modified silazane structure, which achieves a perfect balance between processability and performance:

• Exceptional Application Adaptability: Its low viscosity allows for easy application via various methods such as spraying, brushing, dipping, and spreading, ensuring perfect coverage on workpieces ranging from simple flat surfaces to complex structures. Its excellent adhesion to metals, alloys, glass, various engineering plastics (PP, PC, PVC, PMMA), and existing paint films guarantees a bond on diverse substrates, truly achieving versatility with one material.

• Comprehensive Ultimate Protective Performance: The cured coating possesses outstanding high-temperature resistance, capable of withstanding harsh thermal environments. Additionally, its non-flammable nature after curing significantly enhances application safety. The coating also offers strong oxidation and corrosion resistance, effectively extending substrate service life. The dense, smooth surface is easy to clean, greatly reducing maintenance costs and effort.

Broad Application Areas, Unleashing Material Potential
The multifunctional properties of IOTA 9118 make it an ideal choice for several cutting-edge fields:

• High-End Protective Coatings: For surface protection of industrial equipment, engine components, or chemical facilities requiring high temperature and oxidation resistance.

• Specialty Adhesives: Maintains stable bonding strength even in high-temperature environments, suitable for demanding bonding applications.

• Non-Combustible/Flame-Retardant Composite Materials: Serves as a matrix or coating to enhance the fire safety rating of composite systems.

• High-Performance Polymer Matrix Composites: Used to improve composite interfaces or provide functional surfaces.

• Glass and Mold Coatings: Provides high-temperature resistant, easy-release protective layers for glass products and precision molds.

• Easy-Clean Surfaces: Applied in scenarios requiring low surface tension, anti-fouling, and easy cleaning, such as high-end cookware, medical devices, or architectural surfaces.

Choosing IOTA 9118 means selecting a high-performance material platform that combines “convenient processing” with “reliable protection.” It simplifies manufacturing with liquid intelligence and safeguards value with solid resilience. Whether you aim to enhance the performance of existing products or develop the next generation of high-temperature solutions, IOTA 9118 is a reliable partner to help you meet challenges and secure the future.
       Room termperature curing polysilazane, pls check IOTA 9150, IOTA 9150K.       
       High termperature curing polysilazane, pls check IOTA 9108, IOTA 9118.