当代化工
噹代化工
당대화공
Contemporary Chemical Industry
2015年
9期
2137-2139
,共3页
胡珍珠%刘淼%杨青松
鬍珍珠%劉淼%楊青鬆
호진주%류묘%양청송
聚丙烯%高流动%抗冲共聚%聚合
聚丙烯%高流動%抗遲共聚%聚閤
취병희%고류동%항충공취%취합
Polypropylene%High fluidity%Impact copolymer%Polymerization
采用 Unipol 低压气相流化床工艺技术，新型催化剂结合氢调法开发生产了高流动抗冲聚丙烯LC7749-35N，分析了其结构、力学性能并与国内外同类产品进行了对比。结果表明，各项性能达到指标要求，满足客户使用要求。
採用 Unipol 低壓氣相流化床工藝技術，新型催化劑結閤氫調法開髮生產瞭高流動抗遲聚丙烯LC7749-35N，分析瞭其結構、力學性能併與國內外同類產品進行瞭對比。結果錶明，各項性能達到指標要求，滿足客戶使用要求。
채용 Unipol 저압기상류화상공예기술，신형최화제결합경조법개발생산료고류동항충취병희LC7749-35N，분석료기결구、역학성능병여국내외동류산품진행료대비。결과표명，각항성능체도지표요구，만족객호사용요구。
A high fluidity impact polypropylene LC7749-35N was developed with new catalyst and hydrogen modulation method by the low-pressure Unipol gas phase fluidized bed technology. Its structure and mechanical properties were analyzed and compared with those of domestic and overseas similar products. The results show that its performance can meet the requirements of customer.
