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Production manner of the heatproof magnesium alloy component and are used for that the magnesium alloy, and the magnesium alloy formation component

机译:耐热镁合金成分的生产方式及其所用的镁合金,镁合金形成成分

摘要

PROBLEM TO BE SOLVED: To obtain a formed product excellent in room temp. and high temp. strength by using a specific composition of magnesium alloy and executing injection forming or semimelting forming. ;SOLUTION: This alloy has composition composed, by wt.%, of 2-10% aluminum, 1.0-10% calcium and the balance magnesium with inevitable impurities. Further, ≤2% at least one kind of element selected from the group of zinc, manganese, zirconium and silicon and/or ≤4% rare earth metals are added, at need. This alloy is formed into metallic grain or pellet and the injection forming is executed at the liquidus temp. or lower of the alloy or the semimelting forming is executed at the liquidus temp. or lower of mixture of the solid phase and the liquid phase. This formed product shows 200MPa 473K tensile strength and 14% elongation percentage, and further, shows 0.1244% strain at the initial stage, and ≃0%h min. creep velocity in the condition of 50MPa test load in the tensile creep test at 125°C.;COPYRIGHT: (C)1997,JPO
机译:解决的问题:要获得室温下优异的成型产品。和高温。通过使用特定组成的镁合金并执行注射成型或半熔融成型,可提高强度。 ;解决方案:该合金的成分为2-10%的铝,1.0-10%的钙和余量的镁以及不可避免的杂质。此外,根据需要添加至少2%的选自锌,锰,锆和硅的元素中的一种和/或至少4%的稀土金属。将该合金制成金属颗粒或丸粒,并在液相线温度下进行注射成型。合金的熔点以下或半熔融成形在液相线温度下进行。固相和液相的混合物以下。该成形产物显示出200MPa 473K的拉伸强度和14%的伸长率,并且进一步显示出在初始阶段的应变为0.1244%,且sime为0%h min。在125℃的拉伸蠕变试验中在50 MPa试验载荷下的蠕变速度; COPYRIGHT:(C)1997,JPO

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