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STACKABLE CO-EXTRUSION DIE TECHNOLOGY

机译:可叠放共挤​​模具技术

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摘要

This paper emphasizes effects of wetted surface area and importance of consistent temperature around the die mandrels. Often wetted surface area and consistent temperature is ignored or overlooked when designing the co-extrusion package and attention is only paid in the standard design of a die. Wetted surface area plays an important role in determining the total pressure drop and residence time in a system, which effects final output and versatility. However, some relatively new and complex processes such as spiral design and internal details of the stackable die system still need to be investigated in order to gain a better understanding of the process and its optimization.
机译:本文强调了湿润的表面积和始终温度围绕模芯的影响。在设计共挤出包装时,通常忽略或俯视湿润的表面积和一致的温度,并且注意仅在模具的标准设计中支付。湿润的表面积在确定系统中的总压降和停留时间来发挥重要作用,这影响最终输出和多功能性。然而,一些相对较新的和复杂的过程,例如螺旋设计和可堆叠模具系统的内部细节仍然需要被研究,以便更好地理解该过程及其优化。

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