抽象的

Thermal stability of pulverized palm kernel shell (PKS) based friction lining material locally developed from spent waste

Chinedum Ogonna Mgbemena, Chika Edith Mgbemena, Modestus Okechukwu Okwu

Pulverized Palmkernel shell (PKS) based non-asbestos frictionmaterial for brake liningswasproduced containing fibrous reinforcing constituents, friction imparting and controlling additives, elastomeric additives, fire retarding components and a thermosetting resin. The results showed that onset degradation temperature of the Palmkernel shell based friction liningmaterialwas obtained at 53.84°C with final degradation temperature of 634.87°C and percentage weight loss of 86%. For theOriginalEquipmentManufacturer (OEM) liningmaterial in themarket;itwas observed that the onset degradation temperature of 54.28°C with final degradation temperature of 583.57°C and percentageweight loss of 42.37%was also obtained.The PKS based friction linings were found to have a high wear rate of 0.24ìmcompared toOEMliningmaterial with a wear rate value of 0.16ìm. The composite formed fromthe pulverized PKSmaterials as friction liningmaterials showgood thermal stabilitywhencomparedwith those obtained fromtheOEM.