本发明涉及一种水性环氧富锌底漆。
This invention relates to a water-based epoxy zinc-rich priming paint.
双组分，聚酰胺固化环氧富锌底漆。
它还被漆上无机富锌底漆。
第二部分是水性丙烯酸富锌底漆的制备。
The second part was the preparation of water-borne acrylic zinc-rich primer.
介绍了富锌底漆在钢结构表面的涂装应用。
The application of zinc-rich primer on the surface of steel structure is introduced.
介绍了影响无机富锌底漆性能的因素，并对几种富锌底漆性能进行了对比。
The factors influencing the performances of the waterborne inorganic zinc-rich primers are introduced. The performances of several zinc-rich primers are also compared.
该水性环氧富锌底漆使用安全方 便，对环境无污染，对施工人员身体健康无害；
Safe and convenient in application, the water-based epoxy zinc-rich priming paint has no pollution to the environment and is harmless to the workers.
海底输油管线以环氧富锌底漆配以玻璃布增强厚浆型环氧煤沥青漆的涂装体系应用效果最佳。
It also showed that the paint system of zinc-richened epoxy priming paint associated with glass-fibre clothe strengthened epoxy coal pitch was good for submarine cable protecting.
本发明制得的环氧富锌底漆不仅防腐性能好，而且在焊接与切割时所产生的氧化锌雾气也较少。
The epoxy zinc rich primer prepared by the invention has good antiseptic property, and zinc oxide mist generated during welding and cutting is less.
介绍了富锌底漆喷涂过程中，基材前处理、涂料混合搅拌等影响因素，并对喷涂技巧及设备作了阐述。
The article made an introduction to substrate pretreatment, coatings mix and agitation during zinc-rich primer spraying. The spray skill and equipment were also introduced.
喷砂清理以前涂有硅酸锌的损坏区域，并涂敷一层双组分环氧富锌底漆(干膜中含有90%重量百分比的锌)。
Blast clean damaged area, previously coated with zinc silicate and prime with a two-pack zinc rich epoxy primer (containing at least 90% by weight of zinc in the dry film).
通过大量的试验研究，设计了一个合理的环氧富锌车间底漆配方，制备出的涂料漆膜性能符合国家标准，且降低了涂料整体的污染程度。
A reasonable formulation for epoxy zinc-rich shop primer was designed through many experiments, the prepared film property was complyed with national standard, and the paint reduced the pollution.
涂装底漆：在板材两面涂敷35 - 40微米厚的富锌可焊接底漆。
Primer painting: Zinc Rich Weld able primer to be applied from both sides35 to40 microns.
涂装底漆：在板材两面涂敷35 - 40微米厚的富锌可焊接底漆。
Primer painting: Zinc Rich Weld able primer to be applied from both sides35 to40 microns.
应用推荐