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Low temperature induced physical aging effects of backsheet materials

机译:低温诱导底片材料的物理老化效果

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This study presents aging of backsheet materials that were stored for 17 years in the dark at room temperature. The material properties were measured and compared to the results from right after production. After 17 years of storage the strain at break values decreased significantly for all materials. As chemical aging phenomena were excluded, a disentanglement of the polymer chains in the amorphous phase would explain the observed changes. Especially for PVDF the change in the mechanical behavior is considered as very critical and possibly would lead to cracking during operation.
机译:本研究表现出在室温下在黑暗中储存17年的底片材料的老化。 测量材料性质并与生产后的结果相比。 17年后的储存后,断裂值的应变显着降低了所有材料。 作为化学老化现象被排除在外,无定形相中聚合物链的分裂将解释观察到的变化。 特别是对于PVDF,机械行为的变化被认为是非常关键的,并且可能导致操作期间的开裂。

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