【作者】 彭少贤； 林真； 赵西坡； 张恩瑞； 吴涛；

【Author】 PENG Shaoxian,LIN Zhen,ZHAO Xipo,ZHANG Enrui,WU Tao (School of Chemical and Environment Engineering,HuBei University of Technology,Wuhan 430068,China)

【机构】 湖北工业大学化学与环境工程学院；

【摘要】 <正>废旧橡胶是除废旧塑料外居世界第二位的废旧聚合物材料,它主要来源于废旧轮胎。废旧轮胎的大量堆积,不仅会造成资源的浪费、滋生蚊虫,而且极容易引起火灾,其火焰很难扑灭。由于废旧橡胶属于热固性的聚合物材料,有着高的韧性和弹性,很难发生降解,而且回收利用的成本很高,工艺极其复杂。如何有效再生橡胶,实现经济与环保是现代社会发展更多还原

【Abstract】 The regeneration recycling of waste rubber was implemented by the mechanical force chemical method,and the reclaimed rubber was characterized with the infrared spectrum and surface elemental analysis.The force chemical method could make the part of the rubber cross-linking fracture,rubber retained relatively complete main chain.The swelling degrees of reclaimed rubber was 78.02%,and the gel content was 73.34%,the performance of reclaimed rubber was excellent.The force chemical method could realize desulfurization regeneration of the rubber.更多还原