Behavior Classification Physical/ChemistryPA66/HC Binary System Utilized to ObtainSeparation Membranes

M. Zeni, J. Duarte, V. D. Santos
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Abstract

The dissolution of polymers in solvents is an interest area of polymers science and technology due to their applications in films and membranes. The starting point for the preparation of polymer membranes by phase inversion is having a thermodynamically stable solution. In this work, the thermodynamic behaviour of polyamide 66 (PA66) solutions in formic acid (FA) and in hydrochloric acid (HC), was studied to evaluate its physical/chemistry classification. The polymer systems may be divided into five classes (types), which incorporate polymer-low molecular liquid systems, ranging from true solutions to dispersions of polymers in liquids. The polyamide 66/formic acid (PA66/FA) binary system is considered a true solution. Several experiments were performed to verify if the polyamide 66/ hydrochloric acid (PA66/HC ) binary system has all characteristics of true solution. The analysis showed that the PA66/HC binary system presents all characteristics of true solution, including the final morphology of the membranes that are similar obtained membranes by PA66/FA binary system.
用物理/化学双体系制备分离膜
聚合物在溶剂中的溶解由于其在薄膜和膜中的应用而成为聚合物科学和技术的一个感兴趣的领域。相转化法制备聚合物膜的出发点是要有一个热力学稳定的溶液。本文研究了聚酰胺66 (PA66)溶液在甲酸(FA)和盐酸(HC)中的热力学行为,以评价其物理/化学分类。聚合物体系可分为五类(类型),其中包括聚合物低分子液体体系,从真正的溶液到聚合物在液体中的分散体。聚酰胺66/甲酸(PA66/FA)二元体系被认为是一个真正的解决方案。通过实验验证了聚酰胺66/盐酸(PA66/HC)二元体系是否具有真溶液的所有特性。分析表明,PA66/HC二元体系具有真溶液的所有特征,其膜的最终形貌与PA66/FA二元体系制备的膜相似。
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