Abstract
The brake pad and its material composition plays a pivotal role in the overall braking performance of a vehicle, serving as a critical component that ensures safety and control. A comprehensive assessment of performance and durability characteristics of organic and sintered disc-brake pads investigated through rigorous testing methodologies to assess parameters such as braking efficiency, wear resistance, and thermal stability. Advanced testing protocols ensured thorough data collection, including a pad wear test to gauge long-term performance. Additionally, frictional properties of brake pads were assessed using a friction coefficient test chase machine. The experimental results shows improved lever feel and load handling for sintered pads. Salt Spray and Ozone Layer tests indicate an environmental resilience and Corrosion resistance of sintered brake pads meeting required criteria. There is about 20% improvement in brake effectiveness and 15% increase in coefficient of friction of sintered brake pad compared to organic. Positive outcomes from the experimental investigation support replacing organic pads with sintered ones.
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