1) super low acidity sinter
超低酸性烧结矿
1.
The features of the process and production of the super low acidity sinter in Anyang Steel is introduced.
介绍了超低酸性烧结矿工业化投产的工艺特点及生产情况 ,以及低硅酸性烧结矿在高炉生产中的应用效果 :高炉正常配用 15 %～ 2 0 %超低酸性烧结矿 ,入炉铁矿石平均品位提高约 1% ,高炉经济指标得到改善。
2) acid sinter
酸性烧结矿
1.
The experiment and production of low silica acid sinter in ANGANG were presented in this paper.
介绍了安钢进行低硅酸性烧结矿的试验及生产。
2.
The aspect of acid sinter production on 75m 2 sintering machine in BENGANG №2 ironmaking plant was presented in this paper A quater's operation shows that this acid sinter possess higher strenth and stable basicity,and the BF operation gained obvious benefits with the charge burden of 32% acid sinter and 68% high basicity sinte
本文介绍了本钢二铁厂在 75m2 烧结机上生产酸性烧结矿的情况。
3) acid pelletizing sinter
酸性球团烧结矿
1.
The viscosities, surface tensions and melting points of the binding phases in acid pelletizing sinters with different adding amounts of CaF 2, MgO or TiO 2 have been measured.
为了解决酒泉钢铁公司３号烧结机酸性球团烧结矿在烧结过程中负压偏高的问题，对添加不同配比的ＣａＦ２、ＭｇＯ和ＴｉＯ２的球团烧结矿粘结相的粘度、表面张力和熔点进行了测定。
4) low silica sinter
低硅烧结矿
1.
As a result, the low silica sinter strength is improved and it can meet the needs of BF production.
新临钢烧结厂通过采取优化原料结构、提高烧结矿碱度、控制MgO含量等措施,使低硅烧结矿强度指标得到提高,并满足了高炉生产的需要。
2.
Through the study of low silica sinter technology,reasonable measures and process parameter were put forward on how to improve the quality of low silica sinter by considering the production difficulty of low silica sinter.
通过对太钢高铁低硅烧结技术的试验探讨 ,针对低硅烧结矿所存在的问题 ,提出了改善烧结矿质量的措施以及生产低硅烧结矿的适宜工艺参数 ,为太钢顺利生产和使用低硅烧结矿提供了依据。
3.
After silica reduction and iron increase of Angang s iron concentrate, low silica sinter becomes true.
实验研究和生产实践表明,要获得优质低硅烧结矿,应采取优化配矿、低温烧结、厚料层慢机速、喷洒CaCl_2溶液等工艺措施。
5) low SiO 2 sinter
低SiO2烧结矿
6) low fluorine content iron ore sinter
低氟烧结矿
补充资料：酸性烧结矿
酸性烧结矿
acid sinter
suanxing shaojiekuang酸性烧结矿(aeid Sinter)碱度(eao/5102)小于0.5的烧结矿，由铁精矿或富矿粉不加或少加熔剂烧结而成。它的含铁矿物为磁铁矿、赤铁矿，主要钻结相矿物为铁橄榄石(ZFeO·510:)，钙铁橄榄石(CaOFeOSio户。红热的酸性烧结矿在冷却过程中不发生自然粉化。它的机械强度较高，但FeO高，还原性差，软熔温度低;单独使用此种矿入炉冶炼，需加入大量石灰石;而且还原性差，导致高炉产量低、焦比高。现代高炉除某些特殊情况外，已不使用此种烧结矿。 (周取定)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条