钒钛炮泥 -- 由于铁口区域长期受渣铁的侵蚀局部受伤,造成炉底温度过高,水温差过大等问题,制约着高炉顺行,经过专家团队科研公关研制出钒钛炮泥有效的解决上述问题。我公司生产的钒钛炮泥塑性高,通过钒钛的逐步累积达到缩小温差,降低炉缸区域温度,达到养炉护炉的作用。
Due to the long-term local damage caused by iron slag erosion in the iron mouth area, which caused problems such as excessively high furnace bottom temperature and excessively large water temperature, restricting the blast furnace to go forward. The vanadium-titanium cannon mud developed by the expert team's scientific research and public relations effectively solved the above problems. The product has high plasticity, which can reduce the temperature difference through the gradual accumulation of vanadium and titanium, reduce the temperature of the hearth area, and achieve the role of furnace maintenance and furnace protection.
项目 |
化学组成% Chem.comp |
耐压强度Mpa Crushing strength |
线变化率Mpa Linder change |
体积密度g/cm3 Bulk density
|
|||
Al2O3 |
Sic+C |
TiO2+V2O5 |
200℃×24h |
1350℃×3h |
1350℃×3h |
1350℃×3h |
|
HXPN-HI |
≥50 |
≥18 |
≥10 |
≥3.5 |
≥10 |
±1.5 |
≥1.8 |
备注 |
此技术参数仅供参考,针对高炉的使用效果需要研究其冶炼产物和操作方式,炉况予以调整。 This indicator is for reference only. For the use effect of the blast furnace, its smelting products and operation methods need to be studied, and the furnace conditions are adjusted |