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Progress in nano-biocomposites based on polysaccharides and nanoclays

机译:基于多糖和纳米粘土的纳米生物复合材料的研究进展

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The last decade has seen the development of an alternative chemistry, which intends to reduce the human impact on the environment. The polymers are obviously involved into this tendency and numerous bio-sourced plastics (bioplastics), such as polylactide, plasticized starch, etc., have been elaborated. However, even if a lot of commercial products are now available, their properties (mechanical properties, moisture sensitivity) have to be enhanced to be really competitive with the petroleum-based plastics. One of the most promising answers to overcome these weaknesses is the elaboration of nano-biocomposites, namely the dispersion of nano-sized filler into a biopolymer matrix. This review reports the last developments in nano-biocomposites based on polysaccharides and nanoclays. The main elaboration strategies developed in starch, chitosan, cellulose acetate and pectin based nano-biocomposites elaborated with montmorillonite as the nanofiller are exposed herein. The corresponding dispersion state and properties are discussed.
机译:在过去的十年中,出现了替代化学方法,旨在减少人类对环境的影响。显然,聚合物参与了这种趋势,并且已经阐述了许多生物来源的塑料(生物塑料),例如聚丙交酯,增塑淀粉等。但是,即使现在有许多商品,也必须提高其性能(机械性能,湿度敏感性),才能与石油基塑料真正竞争。克服这些弱点的最有希望的答案之一是纳米生物复合材料的研制,即将纳米级填料分散到生物聚合物基质中。这篇综述报告了基于多糖和纳米粘土的纳米生物复合材料的最新进展。本文公开了在以蒙脱土为纳米填料的情况下加工的淀粉,壳聚糖,醋酸纤维素和果胶基纳米生物复合材料中开发的主要工艺。讨论了相应的分散状态和性能。

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