Analisa Pengaruh Letak Susunan Serat Ampas Tebu (Baggase) Terhadap Kekuatan Tarik Menggunakan Epoxy
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Institusion
Politeknik Negeri Bengkalis
Author
Prihatno, Asep
Subject
431 Teknik Mesin (dan Ilmu Permesinan Lain)
Datestamp
2021-06-08 13:48:20
Abstract :
Bagasse fiber (baggase) is an organic waste that is widely available in various regions in Indonesia. This research was conducted to determine the strenght of sugarcane bagasse as a substitute composite in which this study conducted variations in the variation of the composition of the fiber woven, cross, and random by comparison volume ratio of epoxy 92 %, 88 %, 84 % with natural fibers 8 %, 12 %, 16 % by performing tensile test testing with ASTMD 638-14 standard by using the hand lay up method composite printing. The results of the tensile test of bagasse fiber for 8% weight of the highest were cross and random fibers of 15.16 MPa, for 12% of weight the highest were cross and random fibers which had a value of 18.71 Mpa, for 16% fibers which had The highest tensile strength values were woven and cross fibers which had a value of 21.69 MPa. This study shows that the addition of sugar cane fiber affects the tensile strength.
Bagasse fiber (baggase) is an organic waste that is widely available in various regions in Indonesia. This research was conducted to determine the strenght of sugarcane bagasse as a substitute composite in which this study conducted variations in the variation of the composition of the fiber woven, cross, and random by comparison volume ratio of epoxy 92 %, 88 %, 84 % with natural fibers 8 %, 12 %, 16 % by performing tensile test testing with ASTMD 638-14 standard by using the hand lay up method composite printing. The results of the tensile test of bagasse fiber for 8% weight of the highest were cross and random fibers of 15.16 MPa, for 12% of weight the highest were cross and random fibers which had a value of 18.71 Mpa, for 16% fibers which had The highest tensile strength values were woven and cross fibers which had a value of 21.69 MPa. This study shows that the addition of sugar cane fiber affects the tensile strength.
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