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首页> 外文期刊>Polimery >Sorbitol/glycerin/water ternary system as a novel glycolysis agent for flexible polyurethane foam in the chemical recycling using microvawe radiation
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Sorbitol/glycerin/water ternary system as a novel glycolysis agent for flexible polyurethane foam in the chemical recycling using microvawe radiation

机译:山梨糖醇/甘油/水三元体系作为一种新型的糖酵解剂,用于使用微蒸气辐射进行化学回收中的柔性聚氨酯泡沫

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摘要

An eco-friendly and convenient method was performed for recycling of flexible polyurethane foams. Glycerin/sorbitol/water mixture was used as destroying solvent and sodium hydroxide as a catalyst. In all reactions phase separation appeared after complete foam digestion. The upper phase contained recycled polyol and lower phase was a brown liquid that applied in rigid polyurethane foam formulations. The mechanical properties of formulated foams were compared with virgin polyol formulated sample. Reactions were studied using various glycerin/sorbitol/water ratios and the recovered polyols were characterized by spectroscopic methods and data compared with a virgin sample.
机译:进行了一种环保,方便的方法来回收软质聚氨酯泡沫。甘油/山梨糖醇/水混合物用作破坏溶剂,氢氧化钠用作催化剂。在所有反应中,泡沫完全消化后就会出现相分离。上层相包含再循环的多元醇,下层相为棕色液体,可用于硬质聚氨酯泡沫配方中。将配制的泡沫的机械性能与原始多元醇配制的样品进行比较。使用各种甘油/山梨糖醇/水的比例研究了反应,并通过光谱学方法对回收的多元醇进行了表征,并与原始样品进行了数据比较。

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