Abstract��The initial microstructure and texture of Cr17 ferritic stainless steel cast strips produced by thin strip casting technique, the texture evolutions of conventional continuous cast slab and equi��axed cast strip during rolling and annealing were investigated. It is shown that the initial microstructure and texture of cast strips can be controlled by changing superheat in the melt pool. At low superheat between 20 and 40��, cast strips with fully equi��axed crystals and random texture are formed. After cold rolling and annealing, in comparison with the conventional continuous cast slab, the equi��axed cast strip showed more homogenous and regular �ê�fiber recrystallization texture by eliminating the shift to {334}<483> and almost disappeared ����fiber texture, thus increasing r value. Therefore, thin strip casting technique has advantage on improving the formability of ferrtic stainless steel.
�����Σ�³�Ի���������ܹ�������ɸգ�������. ���������볣����������������Cr17�����岻��ֵ�֯������������[J]. �й������ڿ���, 2011, 23(06): 54-58.
LIU Hai��tao1,LU Hui��hu2,LIU Zhen��yu1,CAO Guang��ming1, LI Cheng��gang1,WANG Guo��dong1. Texture and Formability of Cr17 Ferritic Stainless Steel by Thin Strip Casting and Conventional Process. Chinese Journal of Iron and Steel, 2011, 23(06): 54-58.
2011, Vol. 23 
