In the field of high-end architectural coatings and industrial protective coatings, achieving excellent anti-graffiti performance while maintaining coating aesthetics and durability has long been a key focus of industry technological innovation. Recently, IOTA Chemical launched the Dual-End Hydroxypropyl Silicone Oil IOTA 2030 series, which, with its unique terminal primary hydroxyl reactivity and silicone self-surfacing effect, brings innovative solutions to anti-graffiti coatings.

Technological Innovation Highlights
IOTA 2030 adopts a dual-end hydroxypropyl-capped polyether silicone oil structure, allowing it to participate in reactions as an active component in coating systems while forming a functional interface on the coating surface through the self-surfacing effect of silicone. This unique dual-action mechanism enables the coating to maintain excellent adhesion while providing good anti-graffiti and easy-cleaning characteristics.

Application Performance Advantages

• Intelligent Anti-Graffiti: Demonstrates excellent repellency to common graffiti media such as markers and spray paint.

• Peelable Properties: Contaminants are easily removed from the coating surface without damaging the substrate.

• Low-Temperature Adaptability: Significantly improves the low-temperature flexibility of polymer systems.

• Processing Fluidity: Provides excellent application performance to coating systems.

Diverse Technical Specifications
The product offers five standard grades (IOTA 2030-5 to 2030-40) with a viscosity range of 21-80 cst, hydroxyl content of 0.8%-4.5%, and molecular weights of 500-4300, allowing selection of appropriate specifications based on specific application needs. All products feature a high active content design of ≥90%, ensuring stable and reliable performance.

Industry Application Prospects
This product has undergone application testing at several domestic coating enterprises and shows promising potential in public facilities, schools, hospitals, transportation vehicles, and other settings requiring anti-graffiti functionality. When used with ester, ketone, or alcohol diluents, it demonstrates good compatibility with existing coating systems.