摘要
《山东化工》由山东省化工研究院、山东省化工信息中心主办,国内外公开发行,半月刊,全年出版24期,国内统一刊号：CN37-1212/TQ,国际标准刊号：ISSN1008-021X,邮发代号：24-109。《山东化工》是入选美国《化学文摘》重点期刊,是《中国期刊全文数据库》全文收录期刊,是《中国学术期刊综合评价数据库》统计源刊和万方数据（ChinaInfo）系统科技期刊群上网期刊。
Alloy with different PC content is prepared through blending extrusion. This paper researches on the mechanical properties and thermal deformation temperature influenced by PC/ABS and PC/ABS/MBS with different PC content and discusses the effect of PC/ABS/SAN/MBS four element blends. The results shows that the PC content of is proportional to the tensile strength and thermal deformation temperature of the alloy, and when the PC content reaches at 60% the impact toughness is the best. MBS can increase the toughness and toughening effect of the alloy, which can obviously improve the the alloy impact properties,but it will decrease the rigidity and heat resistance of the alloy. On the basis of PC/ABS/MBS, keeping the dosage of PC and MBS, replacing the 40% ABS with SAN. PC/ABS/SAN/MBS four element blends alloy while keep the same impact strength, the tensile strength and heat deformation temperature of the alloy can be greatly improved, which makes the alloy have better comprehensive properties.
作者
毕静利
张超
张艳君
张伟
Bi Jingli, Zhang Chao, Zhang Yanjun, Zhang Wei （ Luxi Chemical Group Co. ,Ltd. ,Liaocheng 252111 ,China）
出处
《山东化工》
CAS
2018年第16期12-14,18,共4页
Shandong Chemical Industry
关键词
山东化工
山东省
polycarbonate
ABS
MBS
SAN
thermal deformation temperature
impact properties
