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乳液復合技術: 一種節能、高效、低成本的制備橡膠納米復合材料的技術  
乳液復合技術: 一種節能、高效、低成本的制備橡膠納米復合材料的技術
資料類型: PDF文件
關鍵詞: latex  rubber  dispersion  nanocomposites  
資料大小: 2207KB
所屬學科: 通用高分子材料
來源: 來源網絡
簡介:
Abstract - Reinforcement, especially nano-reinforcement, is very important for rubber matrixes [1-3]. In such a case, the dispersion of nano-filler in rubber matrix and interfacial interaction between filler and rubber are two critical factors to affect the final performance of composites. It is always an interesting field to develop novel techniques to achieve fine dispersion of nano-filler and strong interfacial interaction. Recently, an universal method of preparing rubber nanocomposites has been developed in our laboratory, i.e. co-coagulating rubber latex and target filler aqueous suspension (namely LCM). In this paper, rubber-clay nanocomposites, rubber-attapulgite (AT) nanocomposites, rubber-starch nanocomposites, rubber-graphite nanocomposites, rubber-graphene nanocomposites and rubber-silica nanocomposites were prepared by LCM and their structures and properties are investigated. Compared with direct blend method, LCM can remarkably improve the filler dispersion. In addition, the designed interfacial interaction can be obtained through the in-situ modification during latex compounding. As a result, the composites prepared by LCM exhibit excellent mechanical properties. LCM is proved to be a very effective way to prepare rubber nanocomposites with many advantages, such as low cost and low pollution, etc.
上傳人: liuyh
上傳時間: 2015-06-19 16:41:36
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