Evaluation of nontoxic polymer coatings with potential biofoul release properties using EIS
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The corrosion resistance of steel panels coated with pentasiloxanes has been evaluated by electrochemical impedance spectroscopy (EIS) during exposure to 0.5 N NaCl. Two fluorinated and a nonfluorinated pentasiloxane have been prepared to develop nontoxic polymer coatings with improved biofoul release properties. Depending on the terminal epoxy group type, two different cross-linking/cure chemistries were utilized. The first type of cross-linking reaction involved room-temperature UV cure with a photoacid catalyst and the second cross-linking reaction was phenol-catalyzed thermal cross-linking with , -diaminoalkanes [NH2-(CH2) n-NH2]. The EIS data suggest that the nonfluorinated pentasiloxane provided better corrosion protection than the two fluorinated pentasiloxanes and that room-temperature UV cure with a photoacid catalyst provides better corrosion protection than phenol-catalyzed thermal cross-linking. 2005 The Electrochemical Society. All rights reserved.
JOURNAL OF THE ELECTROCHEMICAL SOCIETY
author list (cited authors)
Kus, E., Grunlan, M. A., Weber, W. P., & Mansfeld, F.
complete list of authors
Kus, E||Grunlan, MA||Weber, WP||Mansfeld, F