Design and Development of High Performance Vacuum Insulation Panels (VIP) with Kevlar Thread Support

V. Sood, A. Feinerman
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Abstract

Vacuum insulation is an advanced thermal insulation technology that significantly outperforms conventional materials, such as foam or fiber. The study of this new technology is the first step towards making improvements in the applications of insulation panels to provide energy-efficient and cost saving solutions. The focus this summer has been on creating prototypes using acrylic and Kevlar thread to further improve the quality of insulation panels and make them more efficient. Using a carbon dioxide laser system, acrylic was cut and small prototypes were produced. The insulation panel was sealed in a plastic bag and a small vacuum pump was used to evacuate the air. The results gathered during the research program indicate that Kevlar thread is strong and can provide support without breaking, making the insulation panel effective. Stronger conclusions will arise after further testing and research in this area.
凯夫拉螺纹支撑的高性能真空隔热板的设计与开发
真空绝热是一种先进的绝热技术,其性能明显优于泡沫或纤维等传统材料。这项新技术的研究是改进隔热板应用的第一步,以提供节能和节省成本的解决方案。今年夏天的重点是使用丙烯酸和凯夫拉尔线制作原型,以进一步提高隔热板的质量并提高其效率。使用二氧化碳激光系统,切割丙烯酸并制作小型原型。保温板密封在塑料袋中,用小型真空泵抽走空气。在研究项目中收集的结果表明,凯夫拉纤维线很强,可以提供支撑而不断裂,使隔热板有效。在这一领域进行进一步的测试和研究后,将得出更有力的结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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