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作 者:刘薇薇 陈潮汉 梁起冠 LIU Wei-wei;CHEN Chao-han;LIANG Qi-guan(Guangdong Jimeibang New Material Co.,Ltd.,Heshan 529737,China)
机构地区:[1]广东吉美帮新材料有限公司,广东鹤山529737
出 处:《化工管理》2023年第9期143-147,共5页Chemical Engineering Management
摘 要:室内甲醛的释放是室内空气的首要污染源。在祛醛乳胶涂料配方设计中引入祛醛乳液、纳米TiO_(2)光催化降解甲醛以及生物祛醛助剂,三者协同作用,可以很好地达到祛醛的功效,室内甲醛祛除率达到85.2%,甲醛祛除持久性达到67.4%,可广泛应用于室内祛除甲醛,净化空气。Indoor formaldehyde release is the primary source of indoor air pollution. Formaldehyde removal latex, nano TiO_(2)photocatalytic degradation of formaldehyde and biological aldehyde removal additives were introduced into the formula design of formaldehyde removal latex coatings. The synergistic effect of those effectively achieve the effect of aldehyde removal, which indoor formaldehyde removal rate reached 85.2%, formaldehyde removal durability reached 67.4%. Thus the functional interior latex coatings can be widely used for indoor aldehyde removal needs.
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