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Method for producing aluminum alloy plate for thin-walled beverage can excellent in formability and anisotropy

机译:薄壁饮料用铝合金板的制造方法,其成形性和各向异性优异。

摘要

PROBLEM TO BE SOLVED: To provide a manufacturing method of an aluminum alloy sheet for beverage can excellent in moldability and anisotropy.SOLUTION: An aluminum alloy sheet having bearing force after coating and galling of 230 to 320 N/mmby conducting a homogenization treatment on an aluminum alloy ingot containing, by mass%, Si, Fe, Cu, Mn, Mg of predetermined amounts, then hot finishing rolling with first path outlet side temperature of 380°C or less, second path outlet side temperature of 340°C and third path outlet side temperature of 240 to 300°C to obtain a hot finishing rolled sheet with sheet thickness of 2 to 4 mm, conducting first cold rolling with rolling reduction rate of 30 to 59%, first intermediate annealing under a condition of a holding temperature of 300 to 400°C and holding time of 5 to 30 sec. by using a continuous annealing device, second cold rolling with rolling reduction rate of 5 to 20%, batch annealing with holding temperature of 320 to 380°C and holding time of 2 to 6 hr. and final cold rolling with rolling reduction rate of 70 to 90% till the sheet thickness becomes 0.200 to 0.280 mm.SELECTED DRAWING: Figure 1
机译:解决的问题:提供一种饮料罐用铝合金片的制造方法,所述铝合金片的成型性和各向异性优异。解决方案:铝合金片通过在涂层上进行均质化处理而具有230-320N / mm的涂层和磨损后的承载力。以质量%含有预定量的Si,Fe,Cu,Mn,Mg的铝合金锭,然后以第一路径出口侧温度为380℃以下,第二路径出口侧温度为340℃且第三路径进行热精轧在240〜300℃的路径出口侧温度下,得到板厚为2〜4mm的热精轧板,以压下率30〜59%进行第一冷轧,在保持温度的条件下进行第一中间退火。温度为300至400°C,保持时间为5至30秒。通过使用连续退火设备,第二次冷轧,压下率为5%至20%,分批退火,保持温度为320至380℃,保持时间为2至6小时。最终冷轧,压下率为70%到90%,直到板厚为0.200到0.280 mm。图1

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