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Sustainable Materials with Potential Application as Core Materials in Vacuum Insulations

机译:具有潜在应用的可持续材料作为真空绝缘中的核心材​​料

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The paper focuses on the various uses of several types of textile fibers (mainly byproducts) in the development of modern insulation materials with a high value added. These materials bear several specific advantages over conventional insulations, which enable, among others, easier installation. Some of the newly developed insulations can also be used as core insulations in the manufacture of vacuum insulation panels (VIP). In the context of the research, the study of behavior of thermal insulating materials based on organic polymeric and natural fibers (including fibers from recycled textiles) was conducted. The experimental materials were used to study their physical and mechanical properties and their behavior under reduced pressure (up to vacuum) to evaluation their possible use in the field of VIP as core insulations. Researches have shown that developed insulation based on alternative base can have very good potential in the VIP area and compete with the standard core insulations based on glass fibers of SiO_2.
机译:本文重点介绍了几种类型的纺织纤维(主要是副产品)在具有高附物的现代绝缘材料的开发中的各种用途。这些材料具有与传统绝缘体的几个特定优势,其中能够更轻松地安装。一些新开发的绝缘体也可以用作真空绝缘板的制造(VIP)的核心绝缘。在研究的背景下,对基于有机聚合物和天然纤维的绝热材料(包括来自再生纺织品的纤维)的热绝缘材料的行为研究。实验材料用于研究其物理和机械性能及其在减压(最高真空)下的行为,以评估它们在VIP领域的可能使用作为核心绝缘。研究表明,基于替代底座的显影绝缘在振作面积中具有非常好的潜力,并基于SiO_2的玻璃纤维与标准核心绝缘竞争。

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