首页> 外文会议>Annual technical conference of the Society of Plastics Engineers;Technical conference of the Society of Plastics Engineers;ANTEC 2009 >EFFECTS OF PROCESSING CONDITIONS ON PART MOLDABILITY OF IN MOLD DECORATION NYLON6 NANOCOMPOSITES MOLDING
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EFFECTS OF PROCESSING CONDITIONS ON PART MOLDABILITY OF IN MOLD DECORATION NYLON6 NANOCOMPOSITES MOLDING

机译:加工条件对模具装饰尼龙6纳米复合材料模具成型零件可铸性的影响

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In mold decoration (IMD) has attracted attention for industrial applications in recent years. In this paper, PC films with thickness of 0.125 mm and 0.175 mm combined varied ink formulas were be utilized and the effects of processing conditions on Nylon6 nanocomposites and Nylon6 molding were investigated. Related processing conditions include melt temperature, mold temperature, injection speed and packing pressure.It was found that high injection speed would increase shear stress leading to large printed ink will be washed out whereas high melt temperature would decrease shear stress. In addition, Nylon6 nanocomposites can reduce 50% washout region than the IMD Nylon6 molding.
机译:近年来,模具装饰(IMD)在工业应用中引起了关注。本文采用厚度为0.125 mm和0.175 mm的PC薄膜,结合了不同的油墨配方,并研究了加工条件对Nylon6纳米复合材料和Nylon6成型的影响。相关的加工条件包括熔体温度,模具温度,注射速度和填充压力。 已经发现,高注射速度将增加剪切应力,导致大量印刷油墨将被洗去,而高熔体温度将降低剪切应力。此外,与IMD Nylon6成型品相比,Nylon6纳米复合材料可减少50%的冲刷区域。

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