When the temperature of the motor windings in new energy vehicles increases by 10℃, the insulation life is halved; when ultra-high voltage converter valve equipment withstands operating temperatures above 500℃, traditional insulation materials face severe challenges.**


Now, liquid silicon material offers a new solution. Organopolysilazane IOTA 9108A is a ceramizable liquid precursor polymer with a low viscosity of 10-30cp, good fluidity, and convenient application. It can be applied to various substrates such as metals, ceramics, and graphite using methods such as coating, spraying, and brushing. Unlike traditional high-temperature resistant resin coatings, this material does not require high-temperature sintering. After thermosetting or UV curing, the ceramic yield exceeds 75% at 800℃, ultimately withstanding temperatures up to 1500℃ to form a dense SiCN ceramic layer with excellent adhesion.

From upgrading the insulation and heat resistance of electric drive systems in new energy vehicles to providing durable protection for hot-end components of aero engines, this "liquid silicon material" offers an integrated solution from construction to protection, making equipment more reliable and durable in extreme high-temperature environments.
Organic polysilazane IOTA 9108A-Nano coating product manufacturers