铸造技术2014，Vol.35Issue(11)：2654-2656,3.
不同合金化工艺下超低碳钢的表面抗粉化性能及组织演变
Pulverization Resistance and Microstructure Evolution of Ultra-low Carbon Steel Under Different Alloying Process
摘要
Abstract
The effect of alloying time and temperature on resistance to pulverization performance of the coating and the microstructure of the ultra-low carbon steel plate containing titanium was investigated.The results show that the optimum process of ultra-low carbon hot galvanized sheet containing titanium is the temperature of 510～525 ℃,the holding time of 15～20 s.The iron content of the coating is 8％～10％,and the coating are made of a a large amount of phase δ and a few phases Γ and ζ.The higher the alloying temperature,the more the iron content in the coating.And the iron content in the coating also increases with the increase of alloying time.And the higher the temperature,the faster the alloying.关键词
超低碳钢/合金化工艺/抗粉化性能Key words
ultra-low carbon steel/ alloying process/ anti pulverization performance分类
矿业与冶金引用本文复制引用
周明桂..不同合金化工艺下超低碳钢的表面抗粉化性能及组织演变[J].铸造技术,2014,35(11):2654-2656,3.基金项目
四川省科技厅引进资助项目(RW0821502) （RW0821502）
