Recently, a new organic silicone prepolymer named 1OTA8815 has garnered significant attention in the field of materials science. This prepolymer, featuring a unique dual hydroxyl functional group design, exhibits similar reactivity to polyols, offering new possibilities for synthesizing high-performance materials.

According to sources, 1OTA8815 can efficiently copolymerize with NCO (isocyanate), a characteristic that grants it significant advantages in synthesizing silicone-modified polyurethane resins, polyurethane emulsions, and SiTPU (silicone thermoplastic polyurethane). By incorporating 1OTA8815, these synthetic materials not only achieve exceptional hand feel but also demonstrate significant improvements in wear resistance, anti-blocking, stain resistance, and graffiti resistance.

In practical applications, 1OTA8815 significantly enhances the high wear resistance of resins or coatings, effectively extending their service life. Additionally, its excellent foam suppression properties result in smoother and more even product surfaces. Furthermore, the hand feel and smoothness imparted by 1OTA8815 have received widespread praise from users, providing a more comfortable user experience.

It is worth noting that 1OTA8815 also exhibits low surface tension, a property that facilitates flow leveling and fluidity during material processing, thereby improving production efficiency. The high reactivity with NCO ensures stability and reliability during material synthesis.

As technology continues to advance and people pursue a higher quality of life, the application prospects for new organic silicone prepolymers such as 1OTA8815 are broadening. In the future, we have reason to believe that these high-performance materials will play crucial roles in more fields, contributing to the development of human society.