工业加热
工業加熱
공업가열
Industrial Heating
2015年
5期
23-25
,共3页
唐洋洋%袁守谦%王旭%马栓
唐洋洋%袁守謙%王旭%馬栓
당양양%원수겸%왕욱%마전
矿渣棉%水冷电极%氧化消耗
礦渣棉%水冷電極%氧化消耗
광사면%수랭전겁%양화소모
slag wool%water cooled electrode%oxidation consumption
矿渣棉生产电极消耗严重，延长了冶炼时间且降低生产率，设计出矿渣棉生产用水冷电极来降低电极消耗。在实验室条件下进行12组水冷电极氧化实验，1h纯石墨质量损失比为6.67%，而水冷电极相应的石墨端质量损失率最大达到3.808×10-2%。
礦渣棉生產電極消耗嚴重，延長瞭冶煉時間且降低生產率，設計齣礦渣棉生產用水冷電極來降低電極消耗。在實驗室條件下進行12組水冷電極氧化實驗，1h純石墨質量損失比為6.67%，而水冷電極相應的石墨耑質量損失率最大達到3.808×10-2%。
광사면생산전겁소모엄중，연장료야련시간차강저생산솔，설계출광사면생산용수랭전겁래강저전겁소모。재실험실조건하진행12조수랭전겁양화실험，1h순석묵질량손실비위6.67%，이수랭전겁상응적석묵단질량손실솔최대체도3.808×10-2%。
Electrode consumpted seriously in slag wool production, prolong smelting time and reducing the productivity.This paper put forward a water cooled electrode in slag wool production to reducing consumption of electrode consumption, 12 groups oxidation experiments of water cooled electrode is conducted under laboratory conditions, it shows 1 h pure graphite quality loss ratio is 6.67%, and the quality loss of graphite in water cooled electrode corresponding maximum rate reached to 3.808×10-2%.
