From the results and discussion in this work the following conclusions can be made:
(1)
Proper bonding was achieved with uncarbonized banana peel particles (BUNCp) at 20 wt% of resin addition, while with carbonized banana peel particles (BCp) even at 30 wt% of resin addition bonding was not achieved to a high degree.
(2)
Compressive strength, hardness and specific gravity of the produced samples were seen to be increasing with an increase in the wt% of resin addition, while oil soak, water soak, wear rate and percentage charred decreased as wt% of resin increased.
(3)
Overall, samples, containing 25 wt% in BUNCp and 30 wt% in BCp gave better properties.
(4)
The result of this research indicates that banana peel particles can be effectively used as a replacement for asbestos in brake pad manufacture.
From the results and discussion in this work the following conclusions can be made:(1)Proper bonding was achieved with uncarbonized banana peel particles (BUNCp) at 20 wt% of resin addition, while with carbonized banana peel particles (BCp) even at 30 wt% of resin addition bonding was not achieved to a high degree.(2)Compressive strength, hardness and specific gravity of the produced samples were seen to be increasing with an increase in the wt% of resin addition, while oil soak, water soak, wear rate and percentage charred decreased as wt% of resin increased.(3)Overall, samples, containing 25 wt% in BUNCp and 30 wt% in BCp gave better properties.(4)The result of this research indicates that banana peel particles can be effectively used as a replacement for asbestos in brake pad manufacture.
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