MAH原位增容PP/PA6共混体系力学性能研究
MAH원위증용PP/PA6공혼체계역학성능연구
A Study of Mechanical Properties of PP/PA6 Blending System Situ-Compatibilized with MAH
  • 万方数据
    湖北工业大学学报 호북공업대학학보
    JOURNAL OF HUBEI UNIVERSITY OF TECHNOLOGY
    2011年 5期 1-3 ,共3页

    孙义明%谢霞%段玉情%毕小云

    손의명%사하%단옥정%필소운

    相容剂%原位增容%PP/PA6共混体系 相容劑%原位增容%PP/PA6共混體繫
    상용제%원위증용%PP/PA6공혼체계
    compatibilizer%situ compatibilization%PP/PA6 blending system
    采用MAH一步法原位增容PP/PA6共混物,研究MAH和DCP的用量对PP/PA6共混物力学性能的影响,并通过与PP-g-MAH增容PP/PA6共混体系对比,发现MAH原位增容可有效提高PP/PA6共混体系的力学性能.一步法原位增容工艺简单,成本低.
    채용MAH일보법원위증용PP/PA6공혼물,연구MAH화DCP적용량대PP/PA6공혼물역학성능적영향,병통과여PP-g-MAH증용PP/PA6공혼체계대비,발현MAH원위증용가유효제고PP/PA6공혼체계적역학성능.일보법원위증용공예간단,성본저.
    In this paper,PP/PA6 blend was situ compatibilized with MAH.The amount influences of MAH and DCP on the mechanical properties of PP/PA6 blending system were discussed,and contrasted with the PP/PA6 blending system compatibilized with PP-g-MAH.The results show that MAH can effectively improve the mechanical properties of PP/ PA6 blending system in situ compatibilization.The producting costs can be reduced because of the simple process with MAH.
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