植物油填充中密度聚乙烯对摩擦磨损的影响

K. Mahmoud, M. Khashaba
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引用次数: 1

摘要

本研究旨在用四种不同类型的油填充中密度聚乙烯MDPE,并研究其磨损和摩擦性能的影响。这四种油分别是洋甘菊油、芥末油、大豆油和杏仁油。MDPE填充了每种油的四种不同重量含量:5、10、15和20 wt. %。采用销盘仪对复合材料进行了测试。试验过程中分别施加12 N、14 N、16 N、18 N和20 N 5种载荷,试验结果总体趋势为耐磨性提高。杏仁油的抗磨损效果最好。15 wt. %的杏仁油含量达到最低的磨损值。20 wt. %的杏仁油含量在最高负荷下达到最低磨损值。随着洋甘菊油、大豆油和杏仁油含量的增加,摩擦有增加的趋势。对于芥菜油,摩擦减小。结果表明,与MDPE共混油对硬度有反作用。SEM显微图显示了填充油后MDPE表面形貌的变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
INFLUENCE OF FILLING MEDIUM DENSITY POLYETHYLENE WITH VEGETABLE OILS ON FRICTION AND WEAR
This study aims to fill medium density polyethylene MDPE by four different types of oils and study the influence on wear and friction properties. The four oils are Chamomile oil, Mustard oil, Soy oil, and Almond oil. MDPE was filled with four different weight contents of each oil: 5, 10, 15, and 20 wt. %. The composites were tested using pin-on-disc instrument. Five loads were applied during test, 12 N, 14 N, 16 N, 18 N, and 20 N. The general trend of results showed improvement of wear resistance. Almond oil achieved the best result of resisting wear. 15 wt. % of Almond oil content achieved the lowest value of wear. 20 wt. % of almond oil content achieved the lowest wear value at the highest load. The friction tended to increase with increasing the oil weight content of chamomile oil, soy oil, and almond. For mustard oil, the friction decreased. The results showed that blending oils with MDPE has a counter effect on hardness. SEM micrographs showed the changes in surface topography of MDPE due to filling oils with it.
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