Abstract: The 3.5mm hot-rolled plate of stainless steel 06Cr13 (/%：0.03C,0.45Si,0.22Mn,0.020P,0.002S, 12.20Cr) cold-rolls down to 0.375mm cold-rolled sheet by 11 passes. The effect of 800~925℃ annealing on texture ingredient and mechanical properties of stainless steel 06Cr13 cold-rolled sheet has been studied by using CCT-AV-Ⅱ simulation continuous annealing unit. Results show that with increasing annealing temperature the amount of {111} fiber texture being favourable for deep drawability increases, while the sum of amounts of {001}<110> ,{114}<111> ,{112}<110> , {112}<111> and {110}<110> texture being unfavourable for deep drawability decreases；as annealing at 875°C , difference between{111}<110> and {111}<112> texture ingredient is largest and the uniformity of {111} fiber texture is poorest；and the obvious anisotropy of strength and elongation of stainless steel 06Cr13 cold-rolledtor sheet annealed at 875℃ occurs. Based on comprehensive analysis the suitable annealing temperature for stainless steel 06Cr13 cold-rolled sheet is (850土10)℃.

摘要： 06Cr13不锈钢（/%:0.03C,0.45Si,0.22Mn,0.020P,0.002S,12.20Cr）3.5mm热轧板经11道次冷轧成0.375mm冷轧板。利用CCT-AV-Ⅱ模拟退火实验机研究了800~925℃退火对06Cr13不锈钢冷轧板的织构组分和力学性能的影响。结果表明,随着退火温度的升高,深冲性能有利的{111}织构组分含量上升,而不利组分{001}<110>,{114}<110>,{112}<110>,{112}<111>和{110}<110>含量总和下降;在875℃退火时,{111}<110>与{111}<112>织构组分含量的差值最大,{111}织构的均匀性最差;06Cr13不锈钢的强度和延伸率在875℃退火后表现出很明显的各向异性。综合分析,该06Cr13不锈钢冷轧板的适合退火温度为（850±10）℃。

关键词: 06Cr13不锈钢, 冷轧板, 退火温度, 织构, 力学性能