Alloy element additive used for aluminum alloy production and preparation method thereof
A technology of alloying elements and additives, which is applied in the field of aluminum alloy production, can solve quality problems and other problems, and achieve the effect of improving the environment and excellent refining function
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[0022] Example 1: The electrolytic manganese sheet was ground into powder, and the particle size of the manganese powder was below 0.6 mm (30 mesh). Will the content account for MgCl 2 70% (mass percent) MgCl in base fusion 2 It is heated and melted with 30% (mass percent) KCl, stirred evenly, cooled and solidified, and then crushed and ground into powder. The particle size of the powder is below 0.6 mm (30 mesh) to form MgCl 2 base fusion powder. Take 700g of manganese powder and 300g of MgCl 2 The base melt powders were uniformly mixed and then pressed into blocks of 1000 grams each with a press.
Example Embodiment
[0023] Example 2: The electrolytic manganese sheet was ground into powder, and the particle size of the manganese powder was below 0.6 mm (30 mesh). Will the content account for MgCl 2 40% (mass percent) MgCl in base melt 2 It is heated and melted with 60% (mass percent) KCl, stirred evenly, cooled and solidified, and then crushed and ground into powder. The particle size of the powder is below 0.6 mm (30 mesh) to form MgCl 2 base fusion powder. Take 700g of manganese powder and 300g of MgCl 2 The base melt powders were uniformly mixed and then pressed into blocks of 1000 grams each with a press.
Example Embodiment
[0024]Example 3: The electrolytic manganese sheet was ground into powder, and the particle size of the manganese powder was below 0.6 mm (30 mesh). Will the content account for MgCl 2 Base fusion 58% (mass percent) MgCl 2 It is heated and melted with 42% (mass percent) KCl, stirred evenly, cooled and solidified, then crushed and ground into powder. The particle size of the powder is below 0.6 mm (30 mesh) to form MgCl 2 base fusion powder. Take 900g of manganese powder and 100g of MgCl 2 The base melt powders were uniformly mixed and then pressed into blocks of 1000 grams each with a press.
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