CAJ | 학술논문

此项工作集中于基于回收PET瓶的高韧性工程塑料的研究.简要介绍了该聚合物合金的加工过程,其主要工艺是通过低温固相挤出和反应挤出制备.借助扩链剂与PET的反应,形成该材料的三维网络结构,同时保留吹瓶加工时的有序结构.研究了该聚合物合金材料的增韧机理,并分析其性能与结构的关系.
차항공작집중우기우회수PET병적고인성공정소료적연구.간요개소료해취합물합금적가공과정,기주요공예시통과저온고상제출화반응제출제비.차조확련제여PET적반응,형성해재료적삼유망락결구,동시보류취병가공시적유서결구.연구료해취합물합금재료적증인궤리,병분석기성능여결구적관계.
This research focused on a new kind of super-tough engineering plastic based on waste PET bottles chips. The processing technology of this polymer alloy is briefly introduced. This polymer alloy is prepared by low temperature solid-state extrusion and reactive extrusion. Via the reaction among chain extender and PET chips, three-dimension network was formed and the crystal structure in the bottle blowing process was maintained in the new blends. Toughening mechanism was studied, and the relationship between properties and the structure was analyzed.