Polymer/inorganic hybrid for advanced functional materials

摘要

Advanced functional materials have been extended to various fields such as transportation, medical, aerospace, military and so on. Functional fibers are attracted great attentions for their improved properties in recent years. Organic/Inorganic hybrid technique is an effective method to prepare functional materials which integrate functional inorganic nano-materials into polymer matrix by establishing their synergistic effect. In this work, the interaction mechanisms of organic/inorganic hybrid structure have been discussed. A series of organic/inorganic hybrid functional materials and fibers have been prepared, such as PET fibers with excellent antibacterial properties, high performance PPS fibers with ultraviolet resistant property, fine denier PP fibers with improved dyeability, PVA fiber with absorbing properties as well as hybrid materials for biomedical application. They will not only meet the requirement of high-quality textiles, but also promote their application in safety, environmental protection, energy and healthcare fields. This work is financially supported by the National Natural Science Foundation for Distinguished Young Scholar of China (50925312), and the Shanghai Nano Special Projects (0852nm00300，0952nm05600).