Uji Kekerasan Bahan Gear Sprocket Dengan Campuran Timah (Sn)
I will put the dimension here
Abstract
The Material Test Process of Gear Sprocket includes the process of cutting the material used as the Material Test sample which is mixed or not mixed. In the sample that is mixed, namely the base metal that has been cut with a value ratio of 10:2 Ounce of Material Gear Sprocket 10 and Tin Material 2 Ounces, fusion will be carried out for the process of blending/unifying the two types of material as sample material. Test the material with the mixing, while the Gear Sprocket material sample that was not mixed was also taken a load value of 10 Ounces, for the test sample where the mixing was not carried out. The test results data from the Gear Sprocket material sample with Tin mixing with four tests from several different surface parts obtained the value 51.5, 55, 50, 53 kgf. While the sample of the Gear Sprocket material without mixing the tin, the results obtained are the values of 50, 51, 50, 50 kgf. In combining the Tin Material with the base metal Gear Sprocket with the ratio of 2 Ounce Tin Material and 10 Ounce Gear Sprocket Material, the hardness results are unstable, so the value obtained from the material being treated is obtained a value that is less likely, while the material test value of the Material Gear Sprockets that are not combined have good results from each surface even though the hardness value is slightly smaller than the result of the material being treated.
References
Amanto. Hari dan Daryanto., “Ilmu Bahan”, Bumi Aksara,Jakarta, 1999
Anhar,Muh ,2020,Pengaruh Variasi Media Pendingin Terhadap Nilai Kekerasan Paduan Gear Sprocket Aisi 1020 Dengan Timah Melalui Heat Treatment,SIMETRI,10(10,pp 279 – 284,
DOI: https://doi.org/10.31959/js.v10i1.377
Annonim, Pengetahuan bahan ASM Handbook Vol.2., “Properties And Selection: Nonferrous Alloys And Spesial Purpose Materials”
Chijiwa,.K., “Teknik Pengecoran”. PT. Pradya Paramita, Jakarta,1992
Sudjana Hardi, “Teknik Pengecoran Jilid I”, Direktorat Pembinaan Sekolah Menegah Kejuruan DepDikNas, Jakarta, 2008 [5] ASM Handbook Vol.3, “Alloy Phase Diagram”
Pratiwi,DK, Chandra, H., “PanduanPratikumMaterial Teknik”. Laboratorium Mettalurgi Universitas Sriwijaya
Copyright (c) 2021 Normansyah, Muh Anhar
This work is licensed under a Creative Commons Attribution 4.0 International License.