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Shrinkage study of textile roller molded by conventional/microcellular injection-molding process

机译:常规/微孔注塑工艺成型的纺织辊的收缩率研究

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One of the advantages of microcellular conventional injection molding over conventional injection molding is that the shrinkage of the part can be reduced. This project investigated the effect of the process parameters on the shrinkage of the textile roller by conventional/microcellular injection-molding process. Polybutyleneterephthalate (PBT) materials with 30 wt.% glass and Wollastonite fiber were used. The results showed that the shrinkage by microcellular injection molding is less than that of conventional injection molding. Glass fiber filled PBT has more shrinkage than Wollastonite fiber filled PBT due to the non-uniform cell size of the glass fiber filled PBT.
机译:与常规注射成型相比,微孔常规注射成型的优点之一是可以减少零件的收缩。该项目研究了工艺参数对常规/微孔注塑工艺对纺织辊收缩率的影响。使用具有30重量%玻璃和硅灰石纤维的聚对苯二甲酸丁二酯(PBT)材料。结果表明,微孔注射成型的收缩率小于常规注射成型的收缩率。玻璃纤维填充的PBT比硅灰石纤维填充的PBT具有更大的收缩率,这是因为玻璃纤维填充的PBT的孔尺寸不均匀。

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