1) ultra-fine aluminum silicate
超细硅酸铝
1.
Preparation of ultra-fine aluminum silicate from aluminum bearing waste;
含铝废液制备超细硅酸铝
2.
The preparation of ultra-fine aluminum silicate powders by chemical precipitation-coating modification was studied in this paper.
本文采用氧化锌沉淀包膜法修饰超细硅酸铝颗粒,探讨了不同的修饰工艺对纸张各项性能的影响。
3.
The feasibility of the ultra-fine aluminum silicate used as filler in papermaking instead of titanic oxide was investigated in this paper.
探讨了超细硅酸铝在造纸填料应用中替代钛白粉对纸张各项性能的影响。
2) super fine aluminum silicate
超细硅酸铝
1.
Based on analysis of ionic hydrolyzed reactions, the impurity of Mg and Fe which exists in the process of preparation of super fine aluminum silicate from waste bearing aluminum was removed in this study.
为了除去含铝废液制备超细硅酸铝体系中存在的镁、铁等杂质,本研究基于对离子水解反应的理论分析,通过控制溶液中离子浓度和酸碱度达到除杂目的,并根据样品的化学成份检测结果考察除杂效果。
2.
The super fine aluminum silicate mainly based on the raw material of aluminum sulfate and sodium silicate is widely used in rubber,papermaking,and painting industries with better prospect of market application.
对以硫酸铝、水玻璃为主要原料合成超细硅酸铝的具体实验条件进行了深入研究。
3) ultra-fine and highly-pure aluminium silic ate
超细高纯硅酸铝
4) superfine zirconium silicate
超细硅酸锆
1.
Preparation of superfine zirconium silicate stage by stage by ball milling;
球磨制备超细硅酸锆分段磨的实践
2.
The productive practice shows that for this production line,the process design is rational,the performances of the equipment are good,the production cost is low,and the produced superfine zirconium silicate powder comes up to the quality required for the emulsifying agent of glaze used for high-grade ceramics in China.
介绍了球磨超细硅酸锆湿法生产线的工艺流程、主要设备技术性能以及工艺特点。
5) Ultrafine spherical aluminum phosphate
超细球形磷酸铝
6) ultra-fine borosilicate fiber
硼硅酸超细纤维
补充资料：超细硅酸铝
分子式：
CAS号：
性质：无定形超细白色松散粉末。具有良好的悬浮性和纯白的外观。对颜料着色强度和遮盖性能有增效作用。由稀释的水玻璃和硫酸铝溶液反应，生成沉淀硅酸铝料浆，经老化，过滤,干燥，气流粉碎制得。主要用于涂料中，可部分代替白色颜料钛白粉，并明显改进涂料白度、膜遮盖力及涂料贮藏稳定性。与颜料配合，广泛用于皮革、印染、油墨、造纸、塑料、橡胶等方面。
CAS号：
性质：无定形超细白色松散粉末。具有良好的悬浮性和纯白的外观。对颜料着色强度和遮盖性能有增效作用。由稀释的水玻璃和硫酸铝溶液反应，生成沉淀硅酸铝料浆，经老化，过滤,干燥，气流粉碎制得。主要用于涂料中，可部分代替白色颜料钛白粉，并明显改进涂料白度、膜遮盖力及涂料贮藏稳定性。与颜料配合，广泛用于皮革、印染、油墨、造纸、塑料、橡胶等方面。
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