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Interfacial instabilities in multimaterial co-injection mouldings Part 1-Background and initial experiments

机译:多材料共注射成型件中的界面不稳定性第1部分-背景和初始实验

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Interfacial adhesion between the skin and core is vital for successful co-injection moulding. This is the first paper in a series, which introduces and describes an in mould method of mixing that is applicable regardless of the compatibility of the materials. It works by inducing turbulent mixing at the interface between the skin and core materials. It makes use of the change that occurs from laminar to turbulent flow at high injection speeds in co-injection moulding. This novel approach takes advantage of the moulding parameters already available within the co-injection system to offer an expanded range of material combinations for multimaterial moulding. Comparisons are made between multimaterial mouldings made with miscible polymers, immiscible polymers with no compatibiliser, and immiscible polymers bonded by compatibilisers.
机译:皮肤和核心之间的界面粘附对于成功进行共注射成型至关重要。这是该系列的第一篇论文,介绍并描述了一种模内混合方法,该方法无论材料的兼容性如何都适用。它通过在表皮和核心材料之间的界面处引起湍流混合而起作用。在共注射成型中,它以高注射速度利用了从层流到湍流的变化。这种新颖的方法利用了共注射系统中已经可用的成型参数,为多材料成型提供了扩展的材料组合范围。比较了由互溶聚合物制成的多材料成型品,没有增容剂的不溶聚合物和由增容剂粘合的不溶聚合物。

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