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Three-body abrasive wear of polymer matrix composites filled with Jatropha Curcas L.

机译:填充有麻醉剂CURCAS L的聚合物基质复合材料的三体磨料磨损。

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Polymers and their composites are widely used for their specific properties. This paper deals with composite materials based on Jatropha Oil Cake. The research was focused on influence of a mass concentration of Jatropha Oil Cake, as the filler in epoxy adhesive, on hardness and abrasion resistance. In the experiments various mass concentrations of Jatropha Oil Cake from 5 to 30% were used. Composite materials were subjected to measurement of Shore D hardness and abrasion resistance of the three-point method according to ASTM-G65. The results were analysed by statistical method ANOVA. Moisture of filler was 4.59 ± 0.22% WB. Results show that composite materials have higher weight loss than the matrix if free abrasives (fraction F60) were applied. When the free abrasives F400 were used, composite material showed comparable results with the matrix. Using of filler had no effect on changes of hardness according to Shore D. The advantage of composite systems based on Jatropha Oil Cake is utilization of waste from the presswork process that is difficult to use in the future. For example it cannot be used as a feed for animals.
机译:聚合物及其复合材料广泛用于其特定性质。本文涉及基于麻风树油饼的复合材料。该研究侧重于大规模浓度的麻醉药油饼的影响,作为环氧粘合剂中的填料,硬度和耐磨性。在实验中,使用了各种大规模浓度的三抗体油饼从5-30%。根据ASTM-G65对复合材料进行肖氏D硬度和三点法的耐磨性。通过统计方法Anova分析结果。填料的水分为4.59±0.22%wb。结果表明,如果施加游离磨料(分数F60),复合材料的重量损失高于基质。当使用自由磨料F400时,复合材料显示与基质相当的结果。使用填料对根据岸上D的硬度变化没有影响。基于麻风树油蛋糕的复合系统的优点是利用难以在未来使用的压力过程中的废物。例如,它不能用作动物的饲料。

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