In the silicone rubber industry, high-temperature resistance and mechanical properties are key factors determining material quality. As a high-performance hydrogen-terminated phenyl silicone oil, IOTA 231 is providing an innovative crosslinking solution for silicone rubber.

Key Advantages of IOTA 231

Enhancing high-temperature resistance
IOTA 231, with its unique hydrogen-silicon group structure, significantly improves the heat resistance of silicone rubber, solving the common problem of traditional rubber aging and losing elasticity in high-temperature environments.

Improving physical properties
Through crosslinking reactions, IOTA 231 enhances the elasticity, tear resistance, and abrasion resistance of silicone rubber, extending its service life under harsh conditions.

Wide compatibility
It is suitable for phenyl silicone rubber, phenyl silicone resin, and various silicone rubber systems, meeting the needs of different applications.

Application Areas

High-temperature seals. Used in manufacturing heat-resistant seals for automotive and aerospace applications.

Industrial rubber products. Ideal for producing industrial rubber components with excellent heat and abrasion resistance.

Specialty silicone materials. Enhances the performance of advanced rubber materials used in extreme conditions.

Conclusion

IOTA 231 is not only the High-Temperature Expert for silicone rubber crosslinking but also a key force driving technological advancements in the industry. Choosing IOTA 231 means choosing high performance, versatility, and innovation.