1) anionic electrodeposit coatings
阳极电泳涂装
2) anodic electrophoretic coating
阳极电泳涂料
1.
Development of a acrylic anodic electrophoretic coating;
丙烯酸系列阳极电泳涂料的研制
2.
A method of headspace capillary gas chromatography had been developed to determine organic solvents in anodic electrophoretic coating.
建立了阳极电泳涂料中有机溶剂含量的顶空毛细管气相色谱分析方法。
3) cathodic electrophoresis coating
阴极电泳涂装
1.
The preparation needed before the operation of the new cathodic electrophoresis coating production line is introduced.
介绍了新建阴极电泳涂装线在投产前必须要做的一些准备工作。
2.
Phosphorizing agent was studied for cathodic electrophoresis coatings, and a new composite organic accelerant was developed to overcome the environmental pollution of conventional NaNO_2 accelerant.
为了解决阴极电泳涂装对磷化的特殊要求和磷化过程中的环境保护问题,研究出一种与阴极电泳涂装配套的磷化剂,优化并研制了新型复合有机促进剂,解决了传统的NaNO2促进剂对环境的污染问题;确定了酸度、温度等最佳工艺条件,测定了磷化膜的晶型结构和相关性能。
3.
Main contents, key steps, operation skills and notices of process management of cathodic electrophoresis coating are introduced.
介绍了阴极电泳涂装工艺管理的主要内容、中心环节、操作技巧及注意事项。
4) cathodic electrophoretic coating
阴极电泳涂装
1.
The cathodic electrophoretic coating process parameters on anodizing aluminium and its alloy is studied.
以传统硫酸阳极化为基础加入其他酸类及硫酸盐等物质,使阳极化温度范围扩大,时间缩短,得到了铝合金硫酸宽温快速阳极化配方及工艺,研究了阴极电泳涂装与硫酸宽温快速阳极化相配套的工艺参数,探讨了铝合金阴极电泳前表面处理对漆膜性能的影响,得到了硫酸宽温快速阳极化与阴极电泳涂装相配套的较佳配方和工艺,所得涂层的附着力及耐蚀性等性能达到了国家标准。
2.
In view of the weaknesses of traditional equipments for cathodic electrophoretic coating process, improvements on equipments such as rack, filter, drying equipment, power supply and cyclic equipment have been made according to years of experience in practice.
阴极电泳涂装具有很多优点,如涂膜均匀、致密、延展性、外观和耐蚀性好,成本低、生产效率高,在国内外已广泛用于金属表面处理。
5) anode electrophoresis paint finishing line
阴极电泳涂装线
1.
Self-designed anode electrophoresis paint finishing line is introduced.
介绍了自行设计的阴极电泳涂装线。
6) acrylic anodic electro-deposition coatings
丙烯酸阳极电泳涂料
1.
To overcome the disadvantages of the current domestic electro-deposition coatings,we have prepared a type of acrylic anodic electro-deposition coatings with high hardness and good bath solution stability;and then studied some factors in uencing the film performance and bath solution stability.
主要针对目前国内自主研发的铝型材电泳涂料的不足,合成了一种高硬度槽液稳定性好的丙烯酸阳极电泳涂料。
补充资料：电泳涂装
分子式：
CAS号：
性质：将被涂物作为阴极或阳极与辅助电极一起浸在含有高分子电解质涂料的溶液中，两极间施加一定的电压，利用电极附近溶液pH值因水电解引起的急剧变化，使涂料发生凝析，沉积在工件表面。按工件是阴极还是阳极，分为阴极电泳涂装和阳极电泳涂装。前者使用带正电荷的高分子涂料，后者使用带负电荷的高分子涂料。电泳时通常采用150～400V电压，溶液温度25～30℃，当要求膜厚为20～25μm时，电泳2～3min即可。
CAS号：
性质：将被涂物作为阴极或阳极与辅助电极一起浸在含有高分子电解质涂料的溶液中，两极间施加一定的电压，利用电极附近溶液pH值因水电解引起的急剧变化，使涂料发生凝析，沉积在工件表面。按工件是阴极还是阳极，分为阴极电泳涂装和阳极电泳涂装。前者使用带正电荷的高分子涂料，后者使用带负电荷的高分子涂料。电泳时通常采用150～400V电压，溶液温度25～30℃，当要求膜厚为20～25μm时，电泳2～3min即可。
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