High performance of reduced sulfonated graphite oxide nanoplatelets/polyurethane composites

作者：Yin, Changle; Du, Zhongyan; Wen, Shaoguo^*; Wang, Jihu

来源：Materials Letters, 2016, 168: 20-23.

DOI：10.1016/j.matlet.2015.12.145

• Carbon materials
• Composite materials
• Electrical properties
• Thermal properties

In the study reported in this paper, sulfonated graphite oxide (SGO) was chemically reduced and then incorporated into a polyurethane matrix to produce reduced sulfonated graphite oxide/polyurethane (RSGO/PU) composites. Following reduction, the oxygen-containing functional groups attached to SGO had been effectively removed. The thermally conductive and electrical properties of RSGO/PU composites were thereby enhanced. Percolation thresholds of PU composites filled with RSGO were obtained at loadings below 1 wt%. The RSGO/PU composites exhibited improved gas barrier properties as the loading of RSGO was increased. Based on the fracture morphology investigation, the RSGO was evenly distributed throughout the PU composites and strong filler-matrix interactions were observed.

• 出版日期2016-4-1
• 单位上海工程技术大学