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Applications and Advances in Autodeposition Coatings
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Abstract
Increased restrictions on air and water emissions have led to expanded automotive industry applications for the environmentally-friendly autodeposition process which eliminates chemical conversion coatings, toxic metals and volatile organic compounds (VOC). Underbody suspension components and seating assemblies are currently being painted via autodeposition at many facilities worldwide, several of which have converted existing equipment to save on installation costs.
Daily line operations, control and maintenance of the process will be emphasized. Recent process improvements will also be discussed.
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Jones, T. and Fristad, W., "Applications and Advances in Autodeposition Coatings," SAE Technical Paper 970729, 1997, https://doi.org/10.4271/970729.Also In
References
- Holyk, N.M. Roberto, O.E. Jones, T.C. “Autodeposition Update” Proceedings Corrosion and Prevention Conference SAE 1989 Paper 892560
- Jones, T.C. “Autodeposition - The Environmental Advantage” FINISHING '91, SME Technical Paper FC91-371 Society of Manufacturing Engineers 1991
- Hart, R.G. Roberto, O.E. “The Performance of Autodeposited Coatings for Vehicle Underbody, Components” Proceedings, Automotive Corrosion and Prevention Conference SAE 1991 Paper 912291
- Hart, R.G. Jones, T.C. “Metal Finishing by Autodeposition of Organic Coatings” Sur-Fin '92, AESF, Proceedings of Sur-Fin '92 Atlanta, GA June 1992
- Woock, K.L. Jones, T.C. Garavanta, J. “Environmental Air Quality Legislation: The Impact of the Autodeposition Process: Surface Coatings '93 Conference Chemical Coaters Association, Proceedings of Surface Coatings '93 Grand Rapids, MI April 1993