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A New “Chrome-Like” Finish for Aluminum
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English
Abstract
This paper outlines a new chemical double-dip method for blue tinting anodized aluminum to obtain a “chrome-like” look. The excellent results of laboratory prepared samples on resistance of weathering and ultra-violet radiation are presented.
Estimated operating costs are given and the practicality of retrofitting this process into existing automotive bright anodizing facilities is considered. Commercial scale trial is recommended based on subsequently successful plant test.
Authors
Citation
Fern, D. and Kellermann, W., "A New “Chrome-Like” Finish for Aluminum," SAE Technical Paper 860527, 1986, https://doi.org/10.4271/860527.Also In
References
- Fern, D. Jozefowicz, M.A. Lott, J. Huey, G. Ling P. “An Improved Anodizing Practice for Aluminum Bumpers” SAE Paper No. 840293 Feb. 1984
- Gedde, O.C. “Process for Electrolytically Coloring Previously Anodized Aluminum Using Alternating Current” U.S. Patent No. 3,769,180
- Ross, D.M. Walsh, A. Mahn, A. Allen, G. “Reynold's Reycromne Process” SAE Paper No. 820383 Feb. 1982
- Tsigdinos, G.A. Moh, G. “Aspects of Molybdenum and Related Chemistry” Springer-Verlag New York 1978
- Gazapo, J. L. Fern, D. “Colored Anodized Finishes” EPA No. 0143544
- Short, E.P. Kellermann, W.M. “Color Anodized Aluminum Automotive Components” SAE Paper No. 830389 Feb. 1983
- Sheasby, P.G. “Electrolytic Colouring Processes and Properties” Paper presented at Aluminum Finishing Seminar St. Louis March 1982
- Sheasby, P.G. Kellermann, W.M. “The Production and Properties of Cobalt-Based Electrolytic Finishes” Paper presented at AES SUR/Fin '83