广东化工
廣東化工
엄동화공
GUANGDONG CHEMICAL INDUSTRY
2012年
5期
57-58
,共2页
申景强%刘振华%诸泉%蒋文真
申景彊%劉振華%諸泉%蔣文真
신경강%류진화%제천%장문진
耐水煮%PC/PE合金%增容剂
耐水煮%PC/PE閤金%增容劑
내수자%PC/PE합금%증용제
boiling water resistant%PC/PE alloy%compatibilizing agent
采用熔融共混工艺路线,选择合适的PC、PE和增容剂（PE-g-GMA）制备了PC/PE合金材料,研究了PE对PC/PE合金力学性能和热变形温度的影响,以及PC/PE合金经240 h水煮后的缺口冲击强度。结果表明当PE含量为5%时,PC/PE合金的综合物性最佳。
採用鎔融共混工藝路線,選擇閤適的PC、PE和增容劑（PE-g-GMA）製備瞭PC/PE閤金材料,研究瞭PE對PC/PE閤金力學性能和熱變形溫度的影響,以及PC/PE閤金經240 h水煮後的缺口遲擊彊度。結果錶明噹PE含量為5%時,PC/PE閤金的綜閤物性最佳。
채용용융공혼공예로선,선택합괄적PC、PE화증용제（PE-g-GMA）제비료PC/PE합금재료,연구료PE대PC/PE합금역학성능화열변형온도적영향,이급PC/PE합금경240 h수자후적결구충격강도。결과표명당PE함량위5%시,PC/PE합금적종합물성최가。
PC/PE alloy was prepared through melt blending process by using PC,PE and compatibilizing agents（PE-g-GMA）.The effect of PE on mechanical property and heat deflection temperature of PC/PE alloy were studied and notched impact strength of PC/PE alloy after 240 hours in boiling water was characterized.The result showed that PC/PE alloy containing 5 WT% can achieve the best comprehensive properties.
