PENGARUH VARIASI FRAKSI VOLUME TEMPURUNG KELAPA
DAN SERBUK ALUMUNIUM TERHADAP KANDIDAT KAMPAS
REM PESAWAT RINGAN
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
Norma Prastya, Algatara
Subject
T Technology (General)
Datestamp
2024-02-15 08:27:34
Abstract :
Coconut shell powder and aluminum powder are materials that are widely available and have great potential to be manufactured into technological products that are more environmentally friendly with the concept of utilizing manufacturing business waste. The purpose of this study was to identify the value of the wear test and hardness value using epoxy resin. This study employed epoxy resin, coconut shell powder, aluminum powder with a composition of 55%:30%:15, 60%:30%:10%, and 65%:30%:5%. The manufacturing process uses a press method with a vertical force pressure of 2.5 newtons for 15 minutes and was dried under the hot sun at the natural temperature for approximately 24 hours, which was then carried out by a process of wear and hardness tests. The result of this hardness test was the highest at 12.02 BHN occurring at a volume fraction variation of 65%:30%:5%. The lowest wear rate value of 7.64x -10 mm2 /kg occuring at the composition of 55%:30%:15%.
Coconut shell powder and aluminum powder are materials that are widely available and have great potential to be manufactured into technological products that are more environmentally friendly with the concept of utilizing manufacturing business waste. The purpose of this study was to identify the value of the wear test and hardness value using epoxy resin. This study employed epoxy resin, coconut shell powder, aluminum powder with a composition of 55%:30%:15, 60%:30%:10%, and 65%:30%:5%. The manufacturing process uses a press method with a vertical force pressure of 2.5 newtons for 15 minutes and was dried under the hot sun at the natural temperature for approximately 24 hours, which was then carried out by a process of wear and hardness tests. The result of this hardness test was the highest at 12.02 BHN occurring at a volume fraction variation of 65%:30%:5%. The lowest wear rate value of 7.64x -10 mm2 /kg occuring at the composition of 55%:30%:15%.
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