首页> 外文期刊>Jurnal Energi Dan Manufaktur >Pengaruh Kuat Arus Listrik Dan Waktu Proses Anodizing Dekoratif Pada Aluminium Terhadap Kecerahan Dan Ketebalan Lapisan
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Pengaruh Kuat Arus Listrik Dan Waktu Proses Anodizing Dekoratif Pada Aluminium Terhadap Kecerahan Dan Ketebalan Lapisan

机译:电流和铝的装饰阳极氧化工艺时间对镀层亮度和厚度的影响

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To increase assess aluminium of decorative aspect hence finishing processes must be used, like coloringprocess. Hence layer anodizing developed now where you can make aluminum metal look more interesting so thefinish can increase the economic value. Anodizing is the process formation of oxide layer on the metal with themetal, especially aluminum reacting with oxygen (O2) from the electrolyte sulphate acid (H2SO4).This research uses2024-T3 aluminum metal as a parent to be coated, with the electric current treatment 1 Ampere, 2 Ampere, Ampere,and 3, and changes in immersion variations time 10 minutes, 20 minutes, and 30 minutes. Tests performed includetesting the brightness (light illumination) and layer thickness measurement.The result of research show that bestvalue for the examination of brightness obtained at electrics current 1 ampere and time anodizing 10 minute equal to11519.53 lumens/m2 and thickness obtained at electrics current 3 ampere and anodizing time 30 minute equal to 5?m, value lowest for the examination of brightness obtained at electrics current 1 ampere and time anodizing 10minute equal to 10180.05 lumens/m2 and thickness obtained at electrics current 3 ampere and anodizing time 30minute equal to 2?m.
机译:为了增加对铝的装饰性评估,因此必须使用精加工工艺,例如着色工艺。因此,现在开发了层阳极氧化工艺,您可以在其中使铝金属看起来更有趣,从而使表面处理可以提高经济价值。阳极氧化是金属与金属之间形成氧化层的过程,特别是铝与电解质硫酸(H2SO4)中的氧气(O2)反应。本研究以2024-T3铝金属为母体进行电流处理1安培,2安培,安培和3,浸入变化时间分别为10分钟,20分钟和30分钟。进行的测试包括测试亮度(光照)和层厚测量。研究结果表明,检查电流1安培和阳极氧化时间10分钟时获得的亮度的最佳值等于11519.53流明/ m2和电流中获得的厚度3安培和阳极氧化时间30分钟等于5?m,是检查电流1安培和10分钟阳极氧化时间等于10180.05流明/ m2的亮度和在电流3安培和30分钟阳极氧化时间等于30μm时获得的厚度的最低值2米

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