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Production manner null of the material for the steel sheet of the can which is superior in resistance rijingu Characteristic and deep drawing Characteristic of after the cold rolling -

机译:电阻rijingu优异的罐钢板材料的生产方式无效-冷轧后的深冲特性-

摘要

PROBLEM TO BE SOLVED: To enable the production of a cold rolled steel sheet for can, having ridging resistance and deep drawability, by specifying the average crystalline grain size of a steel sheet containing specific essential components and also specifying the colony size and the degree of orientational concentration in the colony, respectively. ;SOLUTION: A steel, which has a composition containing, as essential components, 0.0005-0.0150%, by weight, C, ≤0.10% Si, 0.1-0.6% Mn, ≤0.02% each of P and S, 0.015-0.15% Al, and ≤0.02% N and having the balance Fe with inevitable impurities, is used. Moreover, the average crystalline grain size (d) and the average colony size are regulated to ≤35/μm and ≤80μm, respectively, and the degree S of orientational concentration in the colony, represented by S=X20°/X30°, is regulated to ≤0.8, where X30° means the area of colonies where the orientation difference between adjacent crystalline grains is ≤30° and X20° means the area of colonies where the orientation difference between adjacent crystalline grains is ≤20°, among X30°. By this method, a wide range of application ranging from a dry cell inner package can, etc., to various household electrical and potential parts, automobile parts, etc., can be expected.;COPYRIGHT: (C)1998,JPO
机译:解决的问题:通过规定含有特定基本成分的钢板的平均结晶粒径,并规定菌落的大小和程度,从而能够制造具有抗皱性和深冲性的罐用冷轧钢板。菌落中的定向浓度。 ;解决方案:一种钢,其成分含有以重量计0.0005-0.0150%的C,小于0.10%的Si,0.1-0.6%的Mn和小于0.02%的P和S作为基本成分,0.015。使用0.15%的Al和<0.02%的N,余量的Fe具有不可避免的杂质。此外,将平均结晶粒径(d)和平均菌落大小分别调节为≤35/μm和≤80μm,并将菌落中的取向集中度S表示为S = X。 20 ° / X 30 °调整为≤ 0.8,其中X 30 °术语“集落”是指相邻的晶粒之间的取向差为±30°的菌落面积。和X 20 °指在X 30 °中相邻晶粒之间的取向差为±20°的菌落面积。通过这种方法,可以期待从干电池内包装罐等到各种家用电气和潜在零件,汽车零件等的广泛应用。版权所有:(C)1998,日本特许厅

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