In the pursuit of material performance limits and process efficiency, the industry faces a core challenge today: how to find a truly universal protective solution that can easily handle metals, ceramics, glass, and even various complex plastic substrates, while also providing exceptional high-temperature resistance, corrosion resistance, and long-lasting protection? Traditional solutions often require complex adaptation due to substrate differences or sacrifice application breadth for the sake of single-dimensional performance.

Now, we bring you the innovative answer to end this dilemma – IOTA 9118 Organopolysilazane (Ceramifiable Precursor Polymer). It is more than just a high-performance coating resin; it is a versatile platform that breaks substrate boundaries, integrating outstanding protection with exceptional application properties. With liquid intelligence, it achieves the leap from “special material for special use” to “one material for universal use.”

Core Breakthrough: Boundless Adhesion and Ultimate Applicability
The core of IOTA 9118 lies in its unique vinyl-functionalized silazane structure and molecular design. This grants it two disruptive advantages:

1. Boundless Adhesion: Its adhesion to substrates stems from chemical bonding between active groups and surface hydroxyl groups. Therefore, it can firmly adhere to metals, alloys, ceramics, glass, various paint films, and engineering plastics such as PP, PC, PVC, and PMMA. This fundamentally addresses the industry pain point of insufficient adhesion for high-performance coatings on heterogeneous materials.

2. Exceptional Applicability: Extremely low viscosity and excellent leveling allow it to be easily applied by almost all conventional methods, including spraying, brushing, dipping, and knife-coating, perfectly covering all workpieces from simple flat surfaces to complex three-dimensional structures, greatly lowering the application threshold and cost.

Comprehensive Performance: Building a Safe, Durable, and Intelligent Protective System
Once cured, IOTA 9118 forms a comprehensively performing three-dimensional network coating:

• Safety & Reliability: The coating exhibits excellent high-temperature resistance and is non-combustible after curing, providing an inherent safety barrier for equipment and personnel.

• Robustness & Durability: Powerful oxidation and corrosion resistance effectively defends against chemical media and harsh environmental erosion, multiplying substrate service life.

• Intelligent Easy-Clean: The coating surface is dense and smooth, easy to clean. Its inherent low surface tension significantly reduces contaminant adhesion, lowering maintenance frequency and costs.

Broad Applications: Empowering Upgrades Across Multiple Industries
Thanks to its universality and outstanding 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 for high-temperature equipment, pipelines, and reactor linings.

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

• Surface Functional Engineering: Applied in glass and mold protective coatings, and any surface with stringent requirements for easy cleaning and anti-adhesion, such as high-end kitchen appliances, medical devices, and optical components.

Choosing IOTA 9118 is not just selecting a product; it is adopting a materials strategy that simplifies complexity – it uses a single material platform to address diverse and complex challenges, 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.