When high-temperature oxidation, chemical corrosion, and complex stresses become the core challenges limiting the reliability of high-end equipment, are you still troubled by the performance, complex processes, or inadequate adhesion of traditional protective materials? Especially in cutting-edge fields that require balancing heat resistance, safety, and application convenience, the market urgently needs an integrated solution that breaks conventions.

Now, we introduce the innovative material that defines the future: Organopolysilazane IOTA 9118. This is a vinyl-functionalized, ceramizable precursor polymer specifically designed for high-temperature resistant protection systems in harsh environments. It ingeniously combines the  processing properties of liquid resins with the protective performance of cured coatings, while also holding the potential to transform into higher-performance ceramics. It is the “intelligent protective substrate” for extreme operating conditions.

Core Technology: Vinyl-Enabled, Achieving an卓越 Balance of Performance and Process
The excellence of IOTA 9118 stems from the synergistic design of its vinyl functional groups and silicon-nitrogen backbone, enabling breakthroughs in multiple aspects:

1. 卓越 Process Versatility and Adhesion: With its extremely low viscosity, the product easily adapts to almost all conventional processes like spraying, brushing, dipping, and spreading, achieving perfect coverage on complex workpieces. Its reactive molecular structure forms strong chemical bonds with various substrate surfaces, demonstrating universal and牢固 adhesion to metals, ceramics, glass, numerous engineering plastics, and existing paint films.

2. Powerful Ultimate Protective Performance: The cured coating offers excellent high-temperature resistance, oxidation resistance, and corrosion resistance, effectively protecting substrates and extending service life. Its non-flammable nature after curing provides crucial safety assurance for applications. The dense, smooth coating surface is easy to clean, significantly reducing maintenance costs.

3. Transformation Potential as a Precursor: As a ceramizable polymer, it offers the possibility for the coating to further enhance its performance under extreme heat, granting the material an evolutionary capability to face even more severe challenges.

Broad Application Areas, Empowering Industrial Upgrade
IOTA 9118 is the ideal choice for building high-performance systems, with applications spanning multiple critical fields:

• High-Performance Protective Coatings: For engine components, industrial furnaces, chemical equipment, and other scenarios requiring extreme temperature and corrosion resistance.

• Specialty High-Temperature Adhesives: Maintains stable bonding performance in high-temperature environments.

• Non-flammable/Flame-Retardant Composite Matrices: Enhances the fire safety rating of composite systems.

• Polymer Matrix Composite Modifiers: Improves interface properties or imparts surface functionality.

• Specialty Coatings for Glass and Molds: Provides heat-resistant, easy-release protective layers.

• High-End Easy-Clean Surfaces: Applied in medical devices, precision instruments, and other areas requiring low surface tension and anti-fouling self-cleaning properties.

Choosing IOTA 9118 is not just selecting a high-performance resin; it is adopting a future-oriented strategy for material solutions. It simplifies manufacturing with liquid intelligence and stands guard with solid resilience, helping your products establish enduring advantages in performance and reliability.
       Room termperature curing polysilazane, pls check IOTA 9150, IOTA 9150K.       
       High termperature curing polysilazane, pls check IOTA 9108, IOTA 9118.