Rutile Titanium Dioxide

  • 网络金红石型钛白粉
Rutile Titanium DioxideRutile Titanium Dioxide
  1. We improve the performance of rutile titanium dioxide based on saving energy .

    在实现节能减排的基础上提高了金红石钛白粉的性能。

  2. The application fields and production process of the rutile titanium dioxide were summarized .

    本论文综述了金红石钛白粉的应用领域与生产过程。

  3. Technical Review on Test-run Product Quality of General Grade Rutile Titanium Dioxide

    通用级金红石钛白粉试产质量的技术评论

  4. Preparation of Fine and Highly Dispersed Rutile Titanium Dioxide by Induced Hydrolysis

    诱导水解法制备微细高分散金红石型二氧化钛

  5. Preparation and Photocatalytic Properties of Rutile Titanium Dioxide Nanoparticles

    金红石型纳米TiO2颗粒的制备及其光催化性质

  6. The domestic rutile titanium dioxide was mainly middle level and low level . The high level production need be imported .

    国内生产的金红石钛白粉主要以中低档为主,高档产品大部分需要国外进口。

  7. Under the optimum reaction conditions , rutile titanium dioxide with purity over 93 % could be obtained .

    在最优水解工艺条件下,可得到TiO2含量大于93%的金红石型二氧化钛。

  8. The experimental data indicate that this process can manufacture ideal rutile titanium dioxide , the content of titanium is96.66 % .

    实验结果表明,该工艺可以制得理想的金红石型二氧化钛,二氧化铁含量为96.66%。

  9. The transformation process of spin flash dryer , which was used to produce rutile titanium dioxide powder in order to improve the production capability , was introduced .

    介绍了对金红石钛白粉生产设备闪蒸干燥机进行改造以提高产能的改造过程。

  10. The domestic representative producers , product trademarks and applications in coatings industry for anatase titanium dioxide and rutile titanium dioxide are proscribed .

    列举了有代表性的国产锐钛型和金红石型产品生产企业、产品牌号及在涂料工业中的应用。

  11. The effects of anti-photochemical degradation of a series of nano and pigmental anatase and rutile titanium dioxide have been determined in the polyacrylate coatings .

    研究讨论了纳米或颜料级锐钛矿型及金红石型TiO2在聚丙烯酸酯复合涂层中的抗光降解作用。

  12. This article has discussed the factors that influence the hiding power of rutile titanium dioxide in latex paints , in terms of pigment volume concentration ( PVC ) , refractive index of binders , particle size of fillers , and refractive index of fillers .

    从涂料颜料体积浓度(PVC)、基料折射率、填料粒径、填料折射率4个方面探讨了金红石型二氧化钛在涂料中遮盖力的影响因素。