High-temperature-resistant and anticorrosive composite ceramic coating
A technology of anti-corrosion coatings and composite ceramics, applied in anti-corrosion coatings, coatings and other directions, can solve the problems of inability to meet long-term anti-corrosion requirements and short validity period, and achieve the effects of strong anti-aging performance, long service life and high hardness
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[0011] Firstly (1) make the pre-made lithium bentonite into a gel, then add a certain amount of water and additives, add refractory aggregate bauxite and additives after ball milling for 20 minutes, continue ball milling for 30 minutes (2) mix the silicon-fluorine solution Stir and ripen at high speed, the speed of the mixer should reach more than 3500 / min, stir for more than 30 minutes, and leave the stirred solution for more than 2 hours to mature; (3) gradually add the mature silicon-fluorine solution to the ground under stirring at 3000 / min Lithium-based bentonite bauxite-based powder, yttrium oxide, composite α-ceramic micropowder, silicon carbide, silicon dioxide powder, magnesium oxide, etc. chelate and stir for 30 minutes. Finally, boric acid is added for stabilization.
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