循环热应力对PET缩热体寿命的影响

J. Lakner, G. Gyorok
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引用次数: 6

摘要

使用具有“形状记忆”聚乙烯的加热技术,自动装置对聚乙烯(PET)瓶进行缩小尺寸。在该装置中,杠杆将瓶子推入炉中,温度为800-1300°C,然后按压并收缩瓶子。在检查炉子时,我们有双重目的。一方面,我们的目的是确定疲劳度(操作次数,操作时间)与电阻之间的关系。其实际功能是通过电阻测量来证明客户投诉的合理性。我们测量的另一个目的是提供这样一种控制程序,在给定炉的特定情况下提供最长的使用寿命。
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The effect of cyclic thermal stresses in the life of PET shrink's heating body
An automatic device carries out the size-reducing shrinking of polyethylene (PET) bottles using a heating technology featuring the ¿shape memory¿ polyethylene. In the device a lever pushes the bottle in the furnace at a temperature of 800-1300°C then it presses and shrinks it. We have a dual aim when examining the furnace. On one hand, our aim is to determine the relationship between weariness (the number of operation, time of operation) and electric resistance. Its practical function is to justify customer complaints via resistance measuring. Another purpose of our measurements is to offer such a controlling procedure that provides the longest life time under given circumstances in case of a given furnace.
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