鞍钢技术
鞍鋼技術
안강기술
AISC TECHNIQUES
2015年
1期
45-47
,共3页
赵志刚%马勇%简龙%郭猛%毛志勇%王小善
趙誌剛%馬勇%簡龍%郭猛%毛誌勇%王小善
조지강%마용%간룡%곽맹%모지용%왕소선
转炉%铁碳球%氧枪操作
轉爐%鐵碳毬%氧鎗操作
전로%철탄구%양창조작
converter%iron-carbon ball%operation of lance
介绍了鞍钢260 t转炉应用铁碳球的工艺实践。通过采取优化铁碳球加料方式、加入时机、氧枪操作及转炉底吹流量等措施,增加了铁碳球的使用量,降低了溢渣比率,烟尘外溢现象减轻,对转炉终点氮含量影响不大。
介紹瞭鞍鋼260 t轉爐應用鐵碳毬的工藝實踐。通過採取優化鐵碳毬加料方式、加入時機、氧鎗操作及轉爐底吹流量等措施,增加瞭鐵碳毬的使用量,降低瞭溢渣比率,煙塵外溢現象減輕,對轉爐終點氮含量影響不大。
개소료안강260 t전로응용철탄구적공예실천。통과채취우화철탄구가료방식、가입시궤、양창조작급전로저취류량등조시,증가료철탄구적사용량,강저료일사비솔,연진외일현상감경,대전로종점담함량영향불대。
The process practice of iron-carbon balls applied by the 260 t converter in Angang is introduced. By taking such measures as optimizing charging mode, adding time of iron-carbon balls, the operation of lance and nitrogen flow rate of the converter bottom blowing, the usage of iron-carbon balls is increased, the ratio of excessive slag cut down, the overflow of dust and fume reduced, all of which has less effect on the end point content of nitrogen in molten steel by bottom blowing converter.