ANALYSIS OF THE MECHANICAL PROPERTIES BRAKE CANVAS WITH BASIC INGREDIENTS OF THE DURIAN FRUIT SKIN AND TEAK LEAVES

M. Masturi, Suhardi Effendy, Afrianus Gelu, H. Hammam, Fianti Fianti
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引用次数: 2

Abstract

The growth of the manufacturing industry in Indonesia affects on the demand of automotive parts. This study aims see the mechanical properties of organic brake canvas made from durian fruit skin and teak leaves. Composite making was done by smoothing durian fruit and teak leaves to become powder. The resulting powder was filtered with mesh 60 so that the particle size is the same so as to facilitate mixing. After that, simple mixing with other ingredients such as magnesium oxide and polyester resin is carried out. The printing process was carried out with a hydraulic press with a load of 4 tons for 3 hours. The brake canvas produced were tested for hardness, wear resistance, and absorbency by varying the percentage composition of the powder of durian fruit fiber and teak leaves. There are five variations in the percentage of composite material composition tested. The results obtained the percentage of the most optimum composition that has a value of hardness, wear wear resistance, and absorption capacity close to the value of the Indonesian National Standard (SNI 09-0143).
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榴莲皮和柚木叶基本成分刹车帆布的力学性能分析
印度尼西亚制造业的增长对汽车零部件的需求产生了影响。以榴莲果皮和柚木叶为原料,研究有机刹车帆布的力学性能。将榴莲果和柚木叶磨成粉末,进行复合制作。所得粉体用60目过滤,使其粒度一致,便于混合。之后,与氧化镁和聚酯树脂等其他成分进行简单的混合。在负载为4吨的液压机上进行了3小时的印刷过程。通过改变榴莲果纤维粉和柚木叶粉的百分比组成,对所制制动器帆布的硬度、耐磨性和吸湿性进行了测试。测试复合材料成分的百分比有五种变化。结果得出硬度值、耐磨性值、吸收能力值均接近印尼国家标准(SNI 09-0143)的最优组合物所占百分比。
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