论文部分内容阅读
目前,塑料制品当中已普遍大量地应用了纳米级尺寸大小的辅助性材料,因为这些纳米级助剂只需微小的添加量就可达到甚至优于添加高剂量普通品级助剂时的效果。在最近举办的3个学术性研讨会上提交的研究报告中,有几乎长达200页的篇幅,报道有关纳米研发领域所取得的成就,主要针对应用纳米助剂在改善塑料制品的机械性能、阻隔性能、阻燃性能和电导性能等方面取得的成果。
At present, nanomaterial size auxiliary materials have generally been widely used in plastic products because these nanoscale auxiliaries can achieve or even surpass the effect of adding high-dose ordinary grade auxiliaries with only a small amount of addition. Nearly 200 pages of research papers presented at three recent academic symposia cover the achievements made in the area of nano-R & D, focusing on the application of nano-auxiliaries in improving the mechanical properties of plastic products, Barrier performance, flame retardant performance and conductivity of the results achieved.