橡胶轮胎用耐迁移型胺类防老剂的研究进展  

Research Progress of Migration Resistant Amine Antioxidant for Rubber

作　　者：梁干 邢金国 郭湘云 唐志民 LIANG Gan;XING Jinguo;GUO Xiangyun;TANG Zhimin(Sennics Co.,Ltd,Shanghai 201203,China)

机构地区：[1]圣奥化学科技有限公司,上海201203

出　　处：《轮胎工业》2023年第7期387-393,共7页Tire Industry

摘　　要：介绍橡胶轮胎用耐迁移型胺类防老剂的类型、分子结构、作用机理及应用效果。反应型防老剂含有反应活性基团,可以与橡胶网络发生化学反应,从而具备不迁移、不挥发、不抽出等特点;大分子型防老剂可通过适当增大相对分子质量来降低其在橡胶中的迁移速率;填料表面接枝型防老剂可将小分子防老剂接枝在橡胶填料的表面,提高其耐迁移性,同时提升填料在胶料中的分散性;纳米载体负载型防老剂借助物理作用将小分子防老剂负载到纳米载体中,在增强耐迁移性能的同时能够最大程度上保持其原有的防老化作用。The type,molecular structure,action mechanism and application effect of migration resistant amine antioxidants for rubber tires were introduced.The first type of migration-resistant antioxidants was the reactive antioxidant which contained reactive groups and could graft on the rubber network,so it had the characteristics of non-migration,non-volatilization and non-extraction.Another type was the macromolecular antioxidant which had low migration rate in rubber due to its large molecular weight.Moreover,filler surface grafted antioxidants also possessed good migration resistance and the grafting could also improve the filler dispersion in the compound.The last type discussed in this paper was the nano-carrier supported antioxidant in which the small-molecule antioxidant was loaded into the nano-carrier by physical action,which could enhance the migration resistance while maintaining its original anti-aging effect to a large extent.

关 键 词：橡胶 轮胎 迁移 胺类防老剂 分子结构 作用机理 

分 类 号：TQ330.382[化学工程—橡胶工业]