PENGARUH ARUS LISTRIK PROSES ANODIZING
TERHADAP KETEBALAN LAPISAN DAN KOROSI PADA
PADUAN ALUMINIUM AA 3105
Total View This Week0
Total View This Week0
Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
SETO SANJAYA, DHANDANG
Subject
T Technology (General)
Datestamp
2024-08-15 01:45:02
Abstract :
Aluminum anodizing is the process of electrolysis using an electrolyte solution as a link between the cathode and anode. Aluminum is installed on the positive pole (anode), in which the surface undergoes an oxidation reaction and forms an aluminum oxide layer so that it becomes a protective layer and functions as a decorative. In this study, the anodizing process used currents of 1.5 A, 2 A and 2.5 A with the time of 15 minutes. The thickness gauge test used 3 random test points on the specimen. Corrosion testing used 30% NaCl solution by soaking the specimen for 30 days. The results showed that within 15 minutes, the more anodizing current, the more open the aluminum pores. Color coating increases the physical value of the specimen before entering the sealing process. The results of thickness gauge testing obtained 3.72 ?m at 1.5 A current, 6.02 ?m at 2 A current and 8.04 ?m at 2.5 A current. The best value in thickness gauge testing was 8.04 ?m at 2.5 A current. The results of corrosion testing obtained 0.2709 mpy at 1.5 A current, 0.1814 mpy at 2 A current and 0.1022 mpy at 2.5 A current. The best value on the corrosion testing was 0.1022 mpy at 2.5 A current. The best test on thickness gauge and corrosion is at 2.5 A current with 15 minutes.
Aluminum anodizing is the process of electrolysis using an electrolyte solution as a link between the cathode and anode. Aluminum is installed on the positive pole (anode), in which the surface undergoes an oxidation reaction and forms an aluminum oxide layer so that it becomes a protective layer and functions as a decorative. In this study, the anodizing process used currents of 1.5 A, 2 A and 2.5 A with the time of 15 minutes. The thickness gauge test used 3 random test points on the specimen. Corrosion testing used 30% NaCl solution by soaking the specimen for 30 days. The results showed that within 15 minutes, the more anodizing current, the more open the aluminum pores. Color coating increases the physical value of the specimen before entering the sealing process. The results of thickness gauge testing obtained 3.72 ?m at 1.5 A current, 6.02 ?m at 2 A current and 8.04 ?m at 2.5 A current. The best value in thickness gauge testing was 8.04 ?m at 2.5 A current. The results of corrosion testing obtained 0.2709 mpy at 1.5 A current, 0.1814 mpy at 2 A current and 0.1022 mpy at 2.5 A current. The best value on the corrosion testing was 0.1022 mpy at 2.5 A current. The best test on thickness gauge and corrosion is at 2.5 A current with 15 minutes.
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
