In industrial manufacturing and high-end protection, a growing contradiction confronts us: coatings with exceptional performance are often extremely selective about substrates and processes, while widely adaptable products frequently fall short in extreme environments. When metals, ceramics, glass, and even various engineering plastics all require the same level of reliable protection, can there be a solution that breaks material boundaries to achieve a true “one-coat-for-all” capability?

The answer is yes. We proudly introduce IOTA 9118 Organopolysilazane (Ceramifiable Precursor Polymer). This is not merely a specialty resin designed for high-temperature resistant systems; it is a revolutionary high-performance coating platform. With unique liquid intelligence, it perfectly integrates unprecedented substrate universality, exceptional protective power, and simplified application processes, providing you with a one-stop answer to complex challenges.

Core Breakthrough: Boundless Adhesion and Ultimate Applicability
The excellence of IOTA 9118 begins with innovation at the molecular level. Its vinyl-functionalized silazane structure grants it extremely low viscosity and excellent flowability, while also delivering two core advantages:

1. Boundless Adhesion: Its active groups form strong chemical bonds with functional groups on the surfaces of most substrates, achieving durable and robust adhesion to metals, alloys, ceramics, glass, various paint films, and plastics such as PP, PC, and PMMA. This fundamentally resolves the coating failure problems caused by substrate differences.

2. Exceptional Applicability: It can be easily applied via various methods including spraying, brushing, dipping, and knife-coating, perfectly covering all workpieces from simple flat surfaces to complex three-dimensional structures, significantly lowering the application threshold and overall costs.

Comprehensive Protection: Building a Safe, Durable, and Intelligent Surface
Once cured, IOTA 9118 forms a dense three-dimensional crosslinked network coating, providing you with all-around guardianship:

• Safety Foundation: The coating exhibits excellent high-temperature resistance and is non-combustible after curing, providing a crucial safety barrier for equipment and personnel.

• Durability Assurance: Powerful oxidation and corrosion resistance effectively defends against harsh chemical environments and long-term climate aging, multiplying substrate service life.

• Intelligent Surface: The coating is dense and smooth, easy to clean. Its inherent low surface tension significantly reduces contaminant adhesion, making it an ideal choice for high-end easy-clean applications.

Broad Applications: Empowering Upgrades Across Diverse Industries
Thanks to its breakthrough comprehensive performance, IOTA 9118 is becoming the material of choice in several key fields:

• Extreme Environment Protection: As a high-temperature resistant coating and specialty adhesive, widely used for high-temperature equipment, pipelines, and reactor linings.

• Advanced Composite Materials: As a key matrix for preparing non-flammable composites and high-performance polymer matrix composites.

• Surface Functional Engineering: Suitable for glass and mold protective coatings, and all surfaces with stringent requirements for easy cleaning and anti-adhesion, such as high-end appliances, medical devices, and precision instruments.

Choosing IOTA 9118 is not just selecting a product; it is adopting a reliable strategy that simplifies complexity. It addresses diverse challenges with one platform, elevating efficiency, reliability, and cost-effectiveness to new heights.

       Room termperature curing polysilazane, pls check IOTA 9150, IOTA 9150K.       
       High termperature curing polysilazane, pls check IOTA 9108, IOTA 9118.