In the field of industrial coatings, high-temperature resistance has always been one of the core demands. The emergence of organopolysilazane IOTA 9118 has brought a breakthrough solution to the high-temperature resistant coating system. This specially developed material breaks the limitation of traditional coatings on substrates. It can not only adapt to common industrial substrates such as metals and alloys but also act stably on the surfaces of glass, paint films and even plastics, realizing cross-material high-temperature protection coverage.
Its core advantage lies in its unique molecular structure, which can form a dense and stable protective layer in high-temperature environments, effectively resisting the erosion, oxidation and aging of substrates caused by high temperatures and prolonging the service life of substrates. Whether it is high-temperature components of industrial equipment, surrounding components of automobile engines, or heat-resistant components in the electronic field, IOTA 9118 can provide reliable protection for substrates in different scenarios with its excellent high-temperature resistance, providing strong support for product upgrading and performance improvement in related industries.