1) flake zinc powder
鳞片状锌粉
1.
Flake zinc powder and the index of flake zinc powder were introduced .
分析了鳞片状锌粉的特点并对其主要性能指标进行测定。
2.
The preparing technology of ultrafine flake zinc powders is investigated by use of the high energy ball milling under the protection of inert gas, and the effects of the starting powders, surfactant and milling technology on properties of the product are researched.
研究在惰性气体保护下用高能研磨法制备超细鳞片状锌粉过程 ,考查原料、表面活性剂和研磨工艺对产品性能的影响。
2) lamellar zinc particles
鳞片锌粉
3) lamellar zinc powder
片状锌粉
1.
The article use lamellar zinc powder, and uses separately three kind of resins to compound the rich zinc coating, Obtains through the analysis comparison: the rich zinc coating Prepared with Amino resin has excellent performance :such as glossiness, capability of anticorrosive , adhesion ,and so on .
本文使用片状锌粉,分别用3种树脂配制富锌涂料,通过分析比较得出:氨基树脂配制的富锌涂料具有光泽度好,防腐蚀性能强,附着力好等优点。
4) zinc flake
片状锌粉
1.
The study focused on the manufacture technology of zinc flake by vibration mill, the physical characteristics of the interior and imported zinc flake, the surface treatment technology of zinc flake.
本文对振动磨制备片状锌粉的工艺、国内外片状锌粉的物理性能及表面改性方法进行了系统的研究,并应用改性后片状锌粉对锌基水性耐蚀涂层处理液的组成及配制工艺进行了探讨,得出了优化配方,主要研究结果如下: 1。
5) flaky zinc powder
片状锌粉
1.
Two type coatings of Ⅰ and Ⅱ are prepared with spherical zinc powder of 325 mesh and flaky zinc powder respectively.
用325目电炉球状锌粉并经冷扎处理为片状锌粉分别制备了镀层Ⅰ和镀层Ⅱ,通过扫描电子显微镜(SEM)对该镀层的形貌分析、中性盐雾试验、附着力测试等手段对该镀层的性能进行了研究。
2.
Three kinds of mechanical plated layers with spherical zinc powder,flaky zinc powder and flaky Zn-Al alloy powder were prepared respectively.
用球状锌粉、片状锌粉和片状锌铝合金粉分别制备出3种机械镀锌层,借助扫描电镜(SEM)比较了各种镀层的表面及断口形貌,并对镀层表面进行了钝化处理及耐腐蚀性能测试。
3.
Plate layers ofⅠand plate layers of Ⅱ have been produced with 325 mesh electric stove spherical zinc powder and flaky zinc powder separately.
概述了国内外机械镀的工艺、流程及发展现状,介绍了机械镀产品的镀层及产品性能;分别用325目电炉球状锌粉和经球磨处理为片状锌粉制备了镀层Ⅰ和镀层Ⅱ,发现片状锌粉活性明显增强,从SEM图片明显看出镀层Ⅱ表面平整度明显改善,片状锌粉层层叠加,镀层致密性、光亮度提高,具有较好工业应用价值。
6) flake zinc powder
片状锌粉
1.
A new high corrosion resistant Zn-base coating was prepared with flake zinc powder、aluminum powder、chromic(acid) anhydride and some other organic matters,it possessed good combination force and excellent corrosion resistance.
利用片状锌粉、铝粉、铬酐及其它有机物配制的新型高耐蚀锌基涂料具有良好的结合力和耐蚀性。
2.
Zinc basic coating, prepared with flake zinc powder, aluminum powder, chromic anhydride and some other organic compounds, possessed good combination force and corrosion resistance.
利用片状锌粉、铝粉、铬酐及其它有机物配制的锌基涂料具有良好的结合力和耐蚀性。
补充资料：鳞片状石墨
分子式：
CAS号：
性质：呈鳞片状、薄叶片状晶质的石墨，大小一般为(1.0～2.0)×(0.5～1.0)mm，最大4～5mm，片厚0.02～0.05mm。鳞片愈大，经济价值愈高。多呈浸染状、片麻状分布于岩石中。具有明显的定向排列。与层面方向一致。石墨含量一般为3％～10％，最高20％以上，常与古老变质岩(片岩、片麻岩)中石英，长石，透辉石等矿物共生，在火成岩与石灰岩接触带也可见到。鳞片状石墨具层状结构，其润滑性，柔韧性，耐热性和导电性能均比其他石墨好。主要用作制取高纯石墨制品的原料。
CAS号：
性质：呈鳞片状、薄叶片状晶质的石墨，大小一般为(1.0～2.0)×(0.5～1.0)mm，最大4～5mm，片厚0.02～0.05mm。鳞片愈大，经济价值愈高。多呈浸染状、片麻状分布于岩石中。具有明显的定向排列。与层面方向一致。石墨含量一般为3％～10％，最高20％以上，常与古老变质岩(片岩、片麻岩)中石英，长石，透辉石等矿物共生，在火成岩与石灰岩接触带也可见到。鳞片状石墨具层状结构，其润滑性，柔韧性，耐热性和导电性能均比其他石墨好。主要用作制取高纯石墨制品的原料。
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