Exhibits excellent corrosion resistance even in marine environments or areas exposed to saltwater and seawater.
When thermal stimulus energy is applied to a material, atoms move within the material. This is due to the force that works to eliminate concentration gradients within solids and approach equilibrium. Based on this theory, the idea of coating steel with aluminum has been around for a long time, but the molten aluminum coating method was established in the United States in the 1930s. Research in this area had also been conducted in our country since before the war, but Shinko Aluma Co., Ltd. succeeded in establishing and commercializing the coating technology in 1953, and has continued to work on research and improvements to this day. The molten aluminum coating method of Shinko Aluma has been trademarked as "Alumer," and today it is commonly referred to by this name. For more details, please contact us or refer to our catalog.
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basic information
**Features** - Excellent resistance to seawater - Capable of withstanding high-temperature oxidation up to 850℃ - Possesses resistance to sulfide and hydrogen sulfide - Excellent weather resistance - Strong against high-temperature oxidation wear and corrosion wear - Prevents stress corrosion - Resistant to naphthenic acid corrosion - Applicable standards → JIS H8642: Hot-dip aluminum coating → JIS H8672: Testing methods for hot-dip aluminum coating - Types → Type 1 hot-dip aluminum coating HDA1 (for weather resistance) → Type 2 hot-dip aluminum coating HDA1 (for corrosion resistance) → Type 3 hot-dip aluminum coating HDA1 (for heat resistance) For more details, please contact us or refer to the catalog.
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Applications/Examples of results
【Applications】 [Corrosion Resistance] ○ Iron and Steel, Metallurgy → Cooling water pipes, steam pipes, others ○ Oil and Chemical Industries → Cooling water pipes, NH3 condensers, others ○ Marine Industry → Deck steam exhaust pipes, hydraulic piping, others ○ Power Industry → Cooling water pipes, fire protection piping, ash flow pipes, others [Heat Resistance] ○ Iron and Steel, Metallurgy → Hot air pipes, furnace hardware, various ducts, others ○ Oil and Chemical Industries → Air heaters, grates, air preheater tubes, others ○ Machinery and Power Industries → Carburizing quench cases, various annealing cases, lead pots, others ○ Cement and Ceramics Industries → Electrode firing cases, activated carbon firing cases, various ducts, others ○ Other Industries → General hot water boilers, hot air machines, drying kilns, hot air generators, others [Weather Resistance] ○ Factory Areas → Handrails, walkways, racks, cable trays, others ○ Port Facilities → Wheel stops, mooring posts, cranes, tidal barriers, others ○ Road Facilities → Guardrails, fences, signposts, railings, others ○ Volcanic and Hot Spring Areas → Hot spring piping, tourist facility buildings, geothermal piping, others ● For more details, please contact us or refer to the catalog.
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Company information
The emphasis on corrosion prevention in industries such as steel, shipbuilding, and energy, which support our country's economy, is on the rise, and their share of GNP is significant. Shinko Aluma Co., Ltd. is dedicated to improving technological capabilities and developing human resources to meet the needs of these industries, while also actively addressing today's global challenges such as resource conservation and environmental protection, thereby contributing to the development of society. In 1953, Shinko Aluma successfully established and commercialized the molten aluminum plating method, and has continued to engage in research and improvement to this day. The molten aluminum plating method of Shinko Aluma is trademarked as "Alumer," which has now become the common name for this plating method.
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