Thermal property of TiO₂–fluoropolymer fiber nanocomposites

Excerpt

The semiconductor–polymer nanocomposites were widely used in the high-tech field, such as membrane separation, photoelectric, and catalytic materials [1]. The fluoropolymer nanofiber is a kind of suitable carrier for catalyzing because of its high surface areas, weatherability, thermal, and radiate resistance for the protection of C–F bond around the main chain [2]. Thermal property of semiconductor–fluoropolymer nanocomposites is one of the most important parameters for its application as photoelectric or catalytic materials [3]. However, most studies focus on the preparation and functional performance of semiconductor–fluoropolymer nanocomposites [4], but few reports on its thermal property, especially the thermal property of semiconductor–fluoropolymer fiber nanocomposites which was prepared by loading methods in the past decades. …