Hydrofluoric acid anti-corrosion coating | anti-penetration anti-corrosion coating | small molecule acid anti-corrosion | model
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Hydrofluoric acid anti-corrosion coating uses phenolic resin, barite, nano-chromium powder, anti-corrosion It is made of special materials such as medium solid fillers and is finely processed. The coating is dense and stable.
The hydrofluoric acid protective coating is a two-component product. The use temperature does not exceed ℃. The coating hardness can reach - brush all over, and the thickness is in. About 3, the effect of resistance to hydrofluoric acid corrosion can be achieved. The paint has good adhesion and can be painted on the surface of any material. After testing, the coating showed no change after being soaked in hydrofluoric acid for 3 days, and there was no change when soaked in hydrofluoric acid.
Construction precautions:
Composition: composed of nanometer special inorganic oxide and acid-resistant enhancer.
. Substrate treatment: Ensure that the surface of the substrate is free of dust, oil, debris, rust, brittle skin, less moisture, and other foreign matter that may affect adhesion. The matrix contains moisture or other liquids. Construction can only be carried out after the moisture or liquid is completely dried and removed.
. Construction temperature: The coating construction temperature is between -℃. Do not construct in an environment that is too high or too low. During construction, the environment must be ventilated and dry. Enclosed spaces or environments with air humidity above Affects paint curing.
Construction methods: brushing, scraping, pouring, and spraying. Large-diameter or high-pressure airless spraying equipment should be used when spraying.
Hydrofluoric acid anticorrosive coating | Anti-penetration anticorrosive coating | Model ZS-1033