Development of Brake Pad Using Palm Kernel Shell Reinforcement Polymer Composite

V.P. Pradeep, R. Karthikeyan, S. Rajkumar, K. Gobinath
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Abstract

Asbestos-based brake shoes are being faded out due to worries that they may cause cancer; as a result, research for suitable replacements is an essential area of focus. Research on agricultural by - products such as flax fibres, rockwool, aramid fibres, banana fibres, and nut shells from palm trees have been used to develop a number of potential replacements for asbestos. Palm wastes, which are picked for the study since there was a paucity of previous research on the topic, are obtained from agricultural waste fibres. As part of this investigation, a composite material was created, and a number of tests were carried out in order to investigate the wear and durability of a set of unique composites. The novel composites contained 20% epoxy resins, 10 % carbon, 15% CaCO3, 30–45% PKS, and 10–25%Al2O3 respectively. The results obtained showed that the finer the sieve size the better the properties.
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使用棕榈仁壳增强聚合物复合材料开发刹车片
由于担心石棉制动蹄片可能致癌,石棉制动蹄片正逐渐被淘汰;因此,研究合适的替代品是一个至关重要的重点领域。对亚麻纤维、岩棉、芳纶纤维、香蕉纤维和棕榈树果壳等农副产品的研究已被用于开发一些潜在的石棉替代品。棕榈废料是从农业废料纤维中提取的,由于以前对这一主题的研究很少,因此本研究选择了棕榈废料。作为这项研究的一部分,我们制作了一种复合材料,并进行了一系列测试,以研究一组独特复合材料的磨损和耐用性。新型复合材料分别含有 20% 的环氧树脂、10% 的碳、15% 的 CaCO3、30-45% 的 PKS 和 10-25% 的 Al2O3。结果表明,筛孔越细,性能越好。
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