Room-temperature curing fluorinated modified silazane IOTA 9283 is launched. Transparent hydrophobic coating enables universal application on multiple substrates.

1. Innovative molecular structure, achieving room-temperature moisture curing
IOTA 9283 is a fluorinated modified liquid organic silazane. Through the Si-NH-Si bond within the molecule, it can undergo hydrolysis and oxidation reactions in the presence of moisture at room temperature, without the need for high-temperature baking to form a film. The molecular structure can form chemical bonds with the hydroxyl groups on the substrate surface, ensuring the adhesion of the coating; adding a matching catalyst can also promote the cross-linking reaction, constructing a dense three-dimensional network structure, and enhancing the mechanical strength of the coating. The fluorine groups give the coating excellent hydrophobic properties, and the cured film is colorless and transparent, with a light transmittance of over 95%, balancing protection performance and optical appearance.

2. Low viscosity suitable for multiple construction processes, covering various substrates
This product has a low viscosity and supports multiple construction methods such as spraying, dip coating, brushing, and application. It is applicable to a wide range of substrates, including metals, alloys, glass, paint films, as well as engineering plastics such as PP, PC, PVC, and PMMA. The cured coating has antioxidant, corrosion resistance, and easy cleaning properties, addressing the limitations of transparent protective coating construction in many industries.

3. Answers to frequent customer inquiries
Q: Can IOTA 9283 be diluted with water?
A: No, it cannot be diluted with water, and it should not be mixed with alcohol or ether-based solvents. Otherwise, it will disrupt the stability of the system, affecting the curing and film formation effect. It is recommended to use the matching solvent for blending.
Q: Is the coating adhesion stable on plastic substrates?
A: There are differences in adhesion on different plastic substrates. For low surface energy plastics such as PP, it is recommended to conduct a small sample test in advance to confirm the surface treatment plan and adhesion effect before mass production.
Q: How should the product be stored after opening?
A: After opening, it needs to be sealed for storage. Under suitable conditions, nitrogen can be introduced for protection to reduce contact with moisture in the air and prevent premature curing reactions, affecting the product's shelf life.

4. Multi-domain implementation, expanding the application boundaries of silazane
Currently, IOTA 9283 has been tested in high-end transparent protective coatings, composite materials, and anti-fouling coatings for optical glass. With its advantages of room-temperature curing, high transparency, and strong hydrophobicity, it provides a new coating solution for precision manufacturing, new energy support, and other industries, promoting the application of silazane materials from special scenarios to more civilian and industrial fields.