CAJ | 학술논문

目的：考查苯胺三聚体( AT)添加量对涂层防腐蚀性能的影响。方法自制苯胺三聚体，以苯胺三聚体和异佛尔酮二胺( IPD)为共固化剂，制备环氧涂层。对苯胺三聚体的化学结构进行表征，对涂层的表面微观形貌进行观察，通过电化学手段及盐雾实验评价涂层的防腐蚀效果。结果苯胺三聚体的加入使得环氧树脂涂层的防腐蚀性能有明显提升，并且苯胺三聚体的含量越高，涂层防腐蚀效果越好。对于不加传统固化剂的涂层，由于固化效果不佳，会导致防腐性能骤减。结论使用AT与IPD共固化环氧树脂涂层，当固化剂中AT的摩尔分数为80%时，涂层具有最佳的性能。
목적：고사분알삼취체( AT)첨가량대도층방부식성능적영향。방법자제분알삼취체，이분알삼취체화이불이동이알( IPD)위공고화제，제비배양도층。대분알삼취체적화학결구진행표정，대도층적표면미관형모진행관찰，통과전화학수단급염무실험평개도층적방부식효과。결과분알삼취체적가입사득배양수지도층적방부식성능유명현제승，병차분알삼취체적함량월고，도층방부식효과월호。대우불가전통고화제적도층，유우고화효과불가，회도치방부성능취감。결론사용AT여IPD공고화배양수지도층，당고화제중AT적마이분수위80%시，도층구유최가적성능。
Objective To study the influence of the amount of aniline trimer on the corrosion resistance of the coating. Methods Epoxy coating was cured by aniline trimer ( AT) and isophorone dianime ( IPD) . The chemical structure of aniline trimer was char-acterized by IR and NMR. The surface morphology of coating was observed by SEM. The anticorrosion ability of the coating was e-valuated by electrochemical method and salt spray test. Results The anticorrosion ability of the coating was improved by the addi-tion of AT, and the anticorrosion ability increased with the increasing AT content. However, curing by solely AT destroyed the structure of the coating which reduced the anticorrosion effect. Conclusion The results demonstrated that the best anticorrosion a-bility was obtained when the weight ratio of AT/IPD was 4 : 1.