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Development of Non-SF_6 Strip Casting Process for Mg Alloys

机译:镁合金非SF_6薄带连铸工艺的发展

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For non-SF_6 process and melt cleanliness, CaO added AZ31 Mg alloy has been developed for strip casting. Mg alloys were usually ignited during conventional casting, the continuous casting and strip casting. Protective gases should be used in order to prevent the ignition of Mg alloys during melting and casting processes. However, protective gases have the disadvantages of global warming potential, high production cost and corrosion of steel based equipments. To solve ignition problem and overcome environmental issue, this paper discussed the effects of CaO addition and amount on strip casting process in terms of non-SF_6 process and melt cleanliness.
机译:对于非SF_6工艺和熔体清洁度,已经开发了添加CaO的AZ31镁合金用于带钢铸造。镁合金通常在常规铸造,连续铸造和带钢铸造过程中被点燃。为了防止镁合金在熔化和铸造过程中着火,应使用保护性气体。然而,保护气体具有全球变暖潜能,高生产成本和钢基设备腐蚀的缺点。为了解决引燃问题并克服环境问题,本文从非SF_6工艺和熔体清洁度的角度讨论了CaO的添加和添加量对带钢铸造工艺的影响。

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