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Friction and Braking Application of Unhazardous Palm Slag Brake Pad Composite

机译:造成不受吸收的棕榈渣制动垫复合材料的摩擦和制动应用

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This paper reveals new alternative friction materials for brake pads. Palm slag was studied as new friction materials in brake pads but its much harder made it difficult to be applied. As a way to reduce the hardness, tire dust was including as purpose on stabilizing the hardness of brake pads. The palm slag was sieves to get desired size that is 150 μm, 300 μm and 600 μm. The percentage weight of materials used are 20% graphite, 20% aluminium oxide, 20% steel fiber, 20% polyester resin and another 40% are varied between tire dust and palm slag. All of materials were blend and compress by using hot pressed machine. The composites properties that were examined are density, porosity, hardness, compressive strength, microstructure analysis and wear rate. The composition of 30% palm slag, 10% tire dust and larger size of filler give better result of mechanical properties and less wear rate of brake pads composites. Then, palm slag can be used in producing of non asbestos brake pads.
机译:本文揭示了制动垫的新型替代摩擦材料。棕榈渣作为制动垫的新摩擦材料进行了研究,但它更加难以施加。作为降低硬度的一种方式,轮胎灰尘包括稳定制动衬块硬度的目的。棕榈渣是筛子,以获得150μm,300μm和600μm的所需尺寸。所用材料的百分比重量是20%石墨,20%氧化铝,20%钢纤维,20%聚酯树脂,另外40%在轮胎灰尘和棕榈渣之间变化。通过使用热压机来混合所有材料。检查的复合材料是密度,孔隙率,硬度,抗压强度,微观结构分析和磨损率。 30%棕榈渣的组成,10%轮胎灰尘和较大尺寸的填充剂造出了更好的机械性能和较少的制动垫复合材料的磨损率的结果。然后,棕榈渣可用于制造非石棉制动衬块。

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