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第55卷第1期                                       涂料工业                                     Vol. 55  No. 1
              2025 年1月               冷 阳等:石墨烯包覆空心玻璃微球改性水性环氧富锌防腐涂料                                     Jan. 2025
                                                   PAINT & COATINGS INDUSTRY


                 石 烯包       改性水性 氧  防腐涂料




                                                     冷 阳 ,余海斌          *2
                                                            1,2
                                     (1. 上海大学材料科学与工程学院,上海200444;
                               2. 中国科学院  材料技 与工程研究所,浙江  315201)

                     摘 要:为解决石墨烯在涂层中的分散问题,先以空心玻璃微球(HGM)和氧化石墨烯(GO)为原
                 料,制备了氧化石墨烯包覆空心玻璃微球(GO-HGM),经热还原得到具有导电能力的还原氧化石墨
                 烯(RGO)包覆空心玻璃微球的功能化粉体(RGO-HGM),并将其应用到水性环氧富锌涂料中。用红

                 外光谱仪(FT-IR)、拉 光谱仪(Raman)、X 射线光电子能谱仪(XPS)、扫描电镜(SEM)分析 GO-HGM
                 和 RGO-HGM 的结构和微观形貌,并通过电化学研究了涂层的防腐性能和防腐机理。结果表明:GO
                 成功包覆到 HGM 表面上,且被热还原为 RGO-HGM,并恢复一定的导电性。在含锌量 50% 的环氧富
                 锌涂料中添加 RGO-HGM,能有效提高活化锌含量,来提高环氧富锌涂层的阴极保护能力,且添加量
                 为6%时,防腐效果最佳。
                     关键词:空心玻璃微球;石墨烯;水性环氧富锌涂料;防腐
                     中图分类号:TQ635. 2  文献标志码:A  文章编号:0253-4312(2025)01-0001-07
                     doi:10. 12020/j. issn. 0253-4312. 2024-156
                        Graphene-coated Hollow Glass Microspheres Modified

                          Waterborne Epoxy Zinc Rich Anticorrosive Coatings


                                                              1,2
                                                LENG Xinyang ,YU Haibin     2
                  (1. School of Materials Science and Engineering,Shanghai University,Shanghai   200444,China;2. Ningbo
                           Institute of Materials Technology and Engineering,Chinese Academy of Sciences,Ningbo,
                                                    hejiang   315201,China)

                                                                                      g
                      Abstract:To solve the dispersion problem of graphene in coating,raphene oxide-coated
                 hollow glass microspheres(GO-HGM)were prepared using hollow glass microspheres(HGM)

                                                                    t

                                                                                              f
                 and graphene oxide(GO)as the raw materials. Then,hrough thermal reduction,unctionalized
                 powders (RGO-HGM) with  electrical  conductivity  were  obtained. The  structure  and

                 microscopic morphology of GO-HGM and RGO-HGM were analyzed by FT-IR,Raman,XPS
                 and SEM. The results showed that GO was successfully coated onto the surface of HGM and
                                                  r
                 thermally reduced to RGO-HGM,estoring a certain level of conductivity. Adding RGO-HGM
                 to epoxy zinc rich coatings with a zinc content of 50% could effectively increase the activated
                 zinc content,hereby improving the cathodic protection ability of the epoxy zinc rich coating.
                              t
                 The best anti-corrosion effect was achieved when the addition amount was 6%.
                                                                                             a
                                                                      e
                                                            g
                      Key words:hollow glass microspheres;raphene;poxy zinc rich coatings;nti-corrosion
             *通信作者
             本文规范引用格式:
             冷 阳,余海斌. 石 烯包覆空   微球改性水性环氧富锌防腐涂料[J]. 涂料工业,2025,55(1):1-7.
             LENG  X  Y,YU  H  B. Graphene-coated hollow glass microspheres modified waterborne epoxy zinc rich anticorrosive coatings [J]. Paint  &  Coatings
             Industry,2025,55(1):1-7.
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