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RUHT & Strong Acid
- Corrosion Hazards
- Industries Affected
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The Dangers of Corrosion in High-Temperature & Strong-Acid Environments
In chemical plants, power plants, and steel mills that we commonly encounter in our daily lives,
we often find many important decorations or pipelines in high-temperature and strong-acid corrosive environments,
and these devices are the heart and blood of the factory.
How to provide long-term protection and maintenance without shutdown for these parts,
Mengneng has a wealth of successful experience and solutions.Industries Commonly Affected by High-Temperature & Strong-Acid Corrosion
Chemical Plants
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Chemical Plants
- Including high-temperature cracking, high-temperature exhaust gases, high-temperature refining, high-temperature purification, and refrigeration equipment. These devices have high temperatures, anti-corrosion and anti-oil, conductive and wear-resistant indicators.
Thermal Power Plants
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Thermal Power Plants
- Including: cooling towers, circulating water pipes, main unit steel structures, boiler steel structures, storage docks, desulfurization and denitrification systems, chimneys, long-term exposure to high-temperature and strong-acid corrosion.
Steel Mills
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Steel Mills
- Anti-corrosion parts: blast furnaces, coke oven gas holders, buried stainless steel pipelines, plant steel structures, inside the shell of the hot blast stove, granulator towers, pipelines, these devices are anti-corrosive and heat-resistant.
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How to Select the Right Coating Type?
We don't know where to start.
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ISO 12944 is a standard developed for corrosion protection of steel structures by paints, determining the corrosive environment, anti-corrosion life, paint matching, and film thickness.
Choose
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How to Solve Industry with Coatings?
Corrosion factors are numerous and varied.
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We serve municipal engineering, chemical industry, power plants, steel structure factories, and wastewater treatment plants, with numerous successful cases and experience.
Experience