semisteel

semisteel

1. semisteel casting

低碳铸铁件

2. EXPERIMENTAL STUDY OF CARBURISATION AND DESULFURATION FOR SEMISTEEL

冶炼高钛渣副产半钢的脱硫增碳试验研究

3. semisteel steelmaking

半钢炼钢

4. The semisteel after the treatment can be used in cast iron and it has a good economic effectiveness.

半钢经过增碳脱硫处理并合金化可以用作铸造生铁,而且有较好的经济效益。

5. semisteel roll

半钢轧辊

6. It is usually happened that the molden steel slag splashes and then sticks on the surface of the oxygen lance, especially during the semisteel making.

喷溅和粘枪是炼钢过程中的常见现象，在攀钢炼钢厂的半钢冶炼过程中表现尤为突出。

7. Using carburizing agent and devulcanized agent,experiment of carburisation and desulphuration for semisteel which in smelting high titanium slag by electric cooker has been studied.

用增碳剂和脱硫剂对冶炼高钛渣副产半钢进行了增碳脱硫试验研究。

8. When the final reduction is finished, a desulfurizer is directly blown in the iron-bathing reactor to desulfurize so as to obtain acceptable melted iron or semisteel.

终还原结束时，直接在铁浴反应器中喷吹脱硫剂脱硫，获得合格的铁水或半钢。

9. The result shows that lime consumption,quantity of slag,and Fe loss exist the best point with the increase of semisteel and decline along with the increase of deslagging quantity.

计算结果发现,总石灰消耗、总渣量、铁吹损量随半钢中磷的增加存在最小值,且随中间倒渣量的增加而减小。

10. The result shows that lime consumption, quantity of slag, and Fe loss exist the best point with the increase of semisteel [P] and decline along with the increase of deslagging quantity.

计算结果发现，总石灰消耗、总渣量、铁吹损量随半钢中磷的增加存在最小值，且随中间倒渣量的增加而减小。

11. The application of predispersed accelerator H-80 in the belt compound of semisteel radial tire was experimentally investigated.

试验研究预分散促进剂H-80在半钢子午线轮胎带束层中的应用效果。

12. Further,semisteel,V_2O_5 flakes and titanium dioxide are achieved separately according to vanadium recovery from hot metal/vanadium slag and titanium recovery from titanium-beating sl.

通过进一步的铁水提钒、钒渣提钒和硫酸法提钛处理,生产出合格的半钢、片状V_2O_5和钛白产品,元素回收率分别达到88%、42%和75%,最终实现了铁、钒、钛的分离和综合回收利用。

13. Keywords semisteel;carburisation;desulphuration;alloying;

钛渣半钢;增碳;脱硫;合金化;

14. Development course of roll manufacture technology in forged semisteel and white iron

锻造半钢、白口铁轧辊制造技术的发展历程