镁合金因其轻量化（密度仅为铝的2/3）和生物可降解特性，比强度高、减震性能好等优点，被视为航空航天、可穿戴消费电子、汽车及医疗植入物的理想材料，但其高化学活性导致在3D打印过程中极易燃烧、爆炸，制约产业化应用。近日，中体新材成功推出专为3D打印设计的CNPC-AZX912阻燃镁合金粉，通过优化材料成分和表面处理工艺，在保留镁合金轻量化、高比强度优势的同时，显著降低粉尘爆炸风险。大幅提升了材料在存储...
Source Link镁合金因其轻量化（密度仅为铝的2/3）和生物可降解特性，比强度高、减震性能好等优点，被视为航空航天、可穿戴消费电子、汽车及医疗植入物的理想材料，但其高化学活性导致在3D打印过程中极易燃烧、爆炸，制约产业化应用。近日，中体新材成功推出专为3D打印设计的CNPC-AZX912阻燃镁合金粉，通过优化材料成分和表面处理工艺，在保留镁合金轻量化、高比强度优势的同时，显著降低粉尘爆炸风险。大幅提升了材料在存储...
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