How can high-temperature coatings withstand temperatures of 1000°C?
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The resin is modified inorganic-organically using a crown-flag nano-silica dispersion; by leveraging the inorganic nanoeffect, an organic-inorganic hybrid crosslinking is formed, thereby addressing issues related to the high-temperature resistance, water resistance, and hardness of high-temperature coatings, as well as reducing the curing time, all starting from the raw materials used. Its various performance indicators are on par with those of oil-based coatings. Comprehensive technical solutions are available in full, ready to meet any need!
Few organic substances can withstand such high temperatures; only inorganic substances can endure them
Nanomaterials can achieve this. Organic-inorganic hybrid MQ silicone resins can withstand not only 1000 degrees but also 1500 degrees.
Where are coatings that can withstand temperatures of 1000 degrees Celsius generally used?
Uses of silicone resin high-temperature paint: It is mainly used for coating composite high-temperature resistant components, as well as for impregnating motor, electrical, and transformer coils. Uses of amino high-temperature paint: It is mainly used for coating various automotive parts, particularly those with a low resistance to high temperatures.
There are low-thickening, monodisperse modified silica and special MQ silicone resins. Product features: high dispersibility, high flowability, and high addition levels; direct sales from the manufacturer. Dealers from all over are welcome to contact us at QQ 3260941607