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Surface inorganic modification of wollastonite and its application in filling Polypropelyne

机译:硅灰石的表面无机改性及其在填充聚丙烯中的应用

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Wollastonite was inorganic modificated by coating aluminium silicate with heterogeneous deposition method. SEM, XRD, FTIR, BET surface area analyzer were used to characterize the product. XRD result shows that wollastonite is coated with nano-aluminium silicate. BET result shows that the specific surface area of particles increases by 200%. FTIR result shows that the content of OH group increases. Whiteness test shows that the whiteness increases by 2.0. Application test shows that the polypropelyne(PP) products filled with inorganic modificated powder have superior physical properties or mechanical properties(tensile strength 20.45Mpa, bending strength 38.02Mpa) than that with uncoated wollastonite and pure PP and the heat distortion temperature increases by 28.6°C than pure PP. Inorganic modification of wollastonite can improve the joint interface between wollastonite and PP.
机译:通过用非均相沉积方法涂覆硅酸铝,硅胶经过无机修饰。 SEM,XRD,FTIR,BET表面积分析仪用于表征产品。 XRD结果表明,硅酸盐涂有纳米铝硅酸铝。 BET结果表明,粒子的比表面积增加200%。 FTIR结果表明OH组的内容增加。白度测试表明白度增加2.0。施用测试表明,填充无机修饰粉末的聚氯乙烯(PP)产品具有优异的物理性能或机械性能(拉伸强度20.45MPa,弯曲强度38.02MPa),而纯硅灰石和纯PP,热变形温度升高28.6° c比纯pp。无机改性硅灰石可以改善硅灰石和PP之间的关节界面。

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