Production Of Magnesium Ingot
Delivery Time: Within 10-20 days after receipt prepayment.
Опис
The refining process is critical in determining the quality of the magnesium ingots produced. The first step in refining is thermal reduction, where magnesium oxide is reduced to magnesium metal using a combination of heat and fluxes. The resulting metal is then distilled to remove impurities, after which it is purified using a process called advanced electrolysis. In this process, the magnesium is further purified by passing an electric current through it while it is suspended in a molten salt solution. This results in a high-purity magnesium that is ideal for use in industry.
| 99.9 percent | |
| 0.005 percent | |
| 0.01 percent | |
| 0.0005 percent | |
| 0.001 percent | |
| 0.01 percent | |
| 0.002 percent | |
| 0.03 percent | |
| 0.04 percent |
Once the magnesium has been refined, it is melted and cast into ingots using a technique called semi-continuous casting. Semi-continuous casting involves pouring molten metal into a water-cooled mold, which solidifies the metal into an ingot shape. This process is beneficial because it allows for a consistent shape and size of the ingot, which is important for use in industrial applications.
The resulting magnesium ingots are subject to quality control procedures before being shipped to customers. These procedures include testing for chemical composition, physical properties, and overall quality. Magnesium ingots are often used to make alloys with other metals such as aluminum, zinc, and copper to improve their mechanical and corrosion-resistant properties.
A: Both. We have a 4500 square meters production workshop and professional service team in Longan District, Anyang City, Henan Province, China.
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