装备环境工程
裝備環境工程
장비배경공정
EQUIPMENT ENVIRONMENTAL ENGINEERING
2015年
2期
110-115,120
,共7页
钢趸船%耐盐雾%防污涂料%涂装体系
鋼躉船%耐鹽霧%防汙塗料%塗裝體繫
강돈선%내염무%방오도료%도장체계
steel barge%resistance to salt spray%antifouling paint%coating systems
目的：为浮码头钢趸船优选防腐涂装体系，以延长其使用寿命。方法根据钢趸船腐蚀环境特点，对选用的防腐涂料进行对比试验，针对不同的腐蚀环境，优选不同的防腐蚀方案。结果制定了4套与不同腐蚀环境相对应的防腐涂装体系。结论该防腐蚀涂装体系已在上海、青岛、湛江等海域的钢趸船上使用，效果良好。
目的：為浮碼頭鋼躉船優選防腐塗裝體繫，以延長其使用壽命。方法根據鋼躉船腐蝕環境特點，對選用的防腐塗料進行對比試驗，針對不同的腐蝕環境，優選不同的防腐蝕方案。結果製定瞭4套與不同腐蝕環境相對應的防腐塗裝體繫。結論該防腐蝕塗裝體繫已在上海、青島、湛江等海域的鋼躉船上使用，效果良好。
목적：위부마두강돈선우선방부도장체계，이연장기사용수명。방법근거강돈선부식배경특점，대선용적방부도료진행대비시험，침대불동적부식배경，우선불동적방부식방안。결과제정료4투여불동부식배경상대응적방부도장체계。결론해방부식도장체계이재상해、청도、담강등해역적강돈선상사용，효과량호。
Objective To select optimal anticorrosion coating system for naval pontoon steel barges in order to prolong their service life. Methods According to the corrosion environment characteristics of steel barges, comparison tests were conducted for the selected anticorrosion coatings. For different corrosion environments, different corrosion protection schemes were used. Results Four sets of anticorrosive coating systems corresponding to different corrosive environments were developed. Conclusion The anticorrosion coating system has been applied on steel barges in the sea areas of Shanghai, Tsingtao and Zhanjiang, all achieving good results.
