Abstract: in the process of anti corrosion protection of waterborne coatings in the construction and protection of water OM flue anticorrosive paint products become a different construction system, brushing protection is also in the process of protection can be achieved. In the process of handling, brushing standards and what is it?

　　水性OM烟道防腐漆的涂刷应用

　　水性OM烟道防腐漆涂覆在铝合金等金属表面，能够有一定的保护。它的特点也是附着力强，漆膜硬度坚硬，优越的耐水性、耐油性，以及耐强酸，耐溶剂等等的涂刷方面，并且它还适用于沿海地区和湿热带气候的金属材料的打底作用。

　　Waterborne OM flue anticorrosive paint is coated on the surface of aluminum alloy and so on. It is characteristic of strong adhesion, film hardness hard, excellent water resistance, moisture resistance, oil resistance, acid resistance and solvent resistance, brushing aspects and so on, and it is also suitable for metal materials in coastal areas and wet tropical climate rendering effect.

　　水性OM烟道防腐漆组成成分

　　成膜物质以无机聚合物为主的互穿网络聚合物为主要成膜物质，采用纳米微粉、陶瓷碳化硅、细晶氧化铝等成分支撑了金属陶瓷功能呢过填料的最大涂层效果。耐磨、防腐蚀性也成为无机纤维、增强涂层抗冲击力等性能的主要影响。

　　The membrane material with inorganic polymer based interpenetrating polymer network as the main film-forming material, nano ceramic powder, silicon carbide, fine alumina ceramic metal components supporting function had the maximum effect of filler coating. Wear resistance and corrosion resistance have become the main influence on the performance of inorganic fiber and the impact resistance of the coating.

　　水性OM烟道防腐漆的施工工艺

　　在施工工序上一般采取：水冲洗-界面剂涂刷-由上到下滚涂腻子-滚涂OM底漆-粘贴纤维布-滚涂OM面漆等工艺进行。

　　In the construction process is generally taken: water wash - interface agent - from top to bottom roll coating putty - roll OM primer - paste fiber cloth - roll coating OM paint process.

　　水性OM烟道防腐漆涂刷前内壁冲洗

　　水性OM烟道防腐漆在施工前，需要作出冲洗工作。冲洗之后，表面要求洁净、无油，杜绝出现开裂、起砂、脱壳、蜂窝麻面现象的出现，并且深度要达到一定的标准才能够确保产品使用能够发挥出最大性能。

　　Water OM flue anti-corrosion paint before construction, the need for flushing. After washing, the surface should be clean, no oil, there to prevent cracking, sand, shelling, honeycomb phenomenon, and the depth to reach a certain standard to ensure that product can play a maximum performance.