Corrosion protection inside the desulfurization tower

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Anti-corrosion construction for desulfurization towers in power plants, and construction process for wear-resistant glass flake coatings on absorption towers: base surface inspection → surface purification → sandblasting → application or spraying of the first coat of primer → drying → application of the first layer of glass flake mortar → inspection and repair → application of the second layer of glass flake mortar → application of a layer of resin-reinforced fiberglass cloth → drying → application of the wear-resistant layer → drying → application of another layer of resin-reinforced fiberglass cloth → application of the second wear-resistant layer → drying → top coating application → drying → final inspection → acceptance. 1. Anti-corrosion treatment using special materials for the inner and outer walls of cooling towers in power plants, urea granulation towers, and exhaust towers in textile factories; as well as anti-corrosion work for boiler frames, steel beams, steel structures, pipelines, gantries, coal ash handling equipment, cranes, coal transfer bridges, gas holders, storage tanks, wine tanks, television tower frameworks, microwave towers, substation structures, and grid structures, including their demolition, installation, and maintenance. 2. Cleaning of hotels and high-rise buildings; painting the interior and exterior of industrial facilities; work at seaports; drilling of concrete beams and columns; installation of chemical anchors; cable management; waterproof sealing; application of anti-corrosion coatings on equipment components designed to withstand high temperatures (150–600°C); bonding and repair tasks; manufacturing of fiberglass products using anti-corrosion adhesives suitable for use in acid, alkali, and salt environments