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Over-Treatment of PET - Fact or Fiction (Part I): A Study of the Following Variables: Watt Density, Corona Dwell Time, Film Selection, Dyne Level and Water Soak Bond Strength

机译:PET的过度处理-事实或虚构(第I部分):以下变量的研究:瓦特密度,电晕停留时间,膜选择,达因水平和水浸泡粘合强度

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Converters of oriented films have long been told the risk of corona over-treatment of polyester film. Over-treatment can be defined as the point at which the treatment level no longer contributes beneficial properties to the film surface and may begin to cause degradation of the surface. But how does the converter know when this point has been reached? Is testing the dyne level a true measure? What variables effect over-treatment? A study was designed to look at dyne level of the corona treated film versus bond performance in a simulated extrusion coating process to measure over-treatment. Bond failure analysis and water soak data were collected. The effects of film selection, watt density and dwell time (number of bars) were studied.
机译:长期以来,人们一直知道取向薄膜的转化器有可能对聚酯薄膜进行电晕过度处理。过度处理可以定义为处理水平不再对薄膜表面产生有益特性并开始引起表面降解的点。但是转换器如何知道何时达到这一点?测试达因水平是否是真正的措施?哪些变量会导致过度治疗?设计了一项研究,以研究电晕处理过的薄膜的达因水平与粘合性能之间的关系,模拟的挤压涂布工艺用于测量过度处理。收集粘结失效分析和水浸泡数据。研究了膜选择,功率密度和停留时间(条数)的影响。

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