Flexible coatings | High temperature coatings | Ceramic anticorrosive paint | Model ZS-833

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Flexible coating | High temperature coating | Ceramic anticorrosive paint | Model
Ms. Liu's high temperature resistant flexible ceramic anticorrosive coating has good density at normal and high temperatures, and has good waterproof, moisture-proof, and acid and alkali solution medium penetration characteristics. Except for hydrofluoric acid, it can resist all acid and alkali corrosion of different concentrations, high temperature solvent corrosion, high temperature and high pressure steam corrosion, molten metal liquid corrosion, etc. It has high hardness, good impact resistance and adhesion.
The main component of high-temperature-resistant flexible ceramic anti-corrosion coating is selected rare earth powder. Since rare earth elements have the characteristics of electronic layer structure, high electric price, large radius and strong polarization force, the modified rare earth powder has a double-layer continuous cubic structure molecule. Chain molecule free radical reaction speed is fast, functional group molecular weight transfer is good, resulting in high coating strength, dense coating, high thermal stability coefficient, good ductility, high creep resistance, thermal shock resistance, oxidation and corrosion resistance, and high temperature resistance and flexibility. The ceramic anticorrosive coating has good thermal conductivity, high temperature resistance and corrosion resistance, good electrical insulation properties, and unidirectional water permeability. A single water molecule can pass through the coating, and associated water cannot penetrate.
High temperature resistance, flexible ceramic anti-corrosion coating, full, smooth coating, dense hardness, high temperature treatment, rare earth materials will chemically bond and physically adhere to the substrate, the coating has high adhesion, and has good corrosion resistance. Resistant to medium penetration corrosion under high temperature for a long time. Since rare earth elements have an electronic layer structure, the coating has certain self-healing properties, even if the coating is physically damaged in a small area, it can effectively prevent the corrosion of the damaged area from expanding to the surroundings.