A review of inhibitive metal primers

Modern Paint and Coatings

Volumn 86, Issue 7, 1996, Pages 26-33

  Hare, Clive H ^a  

^a Coating System Design Inc ^*  (United States)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 1842783499     PISSN: 00987786     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Review

References (28)

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2. Hare, C.H. 1994. Protective Coatings: Fundamentals of Chemistry and Composition, Chapter 24, Technology Publishing Co
3. Bell, B., "Corrosion," OCCA Student Monograph #2, Oil and Color Chemists Association, Wembley, London, England.
4. Uhlig, H.H. 1971. Corrosion and Corrosion Control, Wiley, NewYork, N.Y., 1971.
5. Hare, C H. 1993. "The Evolution of Calcium Silicate in Paints and Coatings," Modern Paint And Coatings, Nov., 83(11):32.
6. Meyer, G. 1972. "Wichtige elektro und komplexchemische Reaktionen in pigmentierten Schutzanstrichen auf Eisen," Farbe und Lack, 78(3):227.
7. Hare, C.H., and Fernald, M.G. 1984. "Effect of Prime Pigmentation on Metal Primer Performance," Modern Paint and Coatings. 74(4): 40.
8. Goldie, B.P.F. 1988. "Calcium Exchanged Silica Anti-Corrosive Pigment - A Review,JOCCA, 71(9): 257, Sept.
9. Pliny. A D. 77. Historia Naturalis, 34-54,35, 20C.
10. Appelby, A.J, and Mayne, J.E.O."Corrosion Inhibition by the Salts of Long Chain Fatty Acids," JOCCA, 50:897 (1967) and 58.69 (1976)
11. Appelby, A.J, and Mayne, J.E.O."Corrosion Inhibition by the Salts of Long Chain Fatty Acids," JOCCA, 50:897 (1967) and 58.69 (1976)
12. Stern, M 1958 "The Mechanism of Passivating Type Inhibitors" J. of the Electrochemical Society, 105(11): 638, Nov.
13. Horn, L.R. 1973 Paint and Varnish Production, 63(2):29
14. Cartledge, G.H., Journal of Physical and Colloid Chemistry. 59, 979 (1955), 60, 28, 32, 1037, 1571 (1956) and 61, 973 (1957).
15. Cartledge, G.H., Journal of Physical and Colloid Chemistry. 59, 979 (1955), 60, 28, 32, 1037, 1571 (1956) and 61, 973 (1957).
16. Cartledge, G.H., Journal of Physical and Colloid Chemistry. 59, 979 (1955), 60, 28, 32, 1037, 1571 (1956) and 61, 973 (1957).
17. Austin, M.J. 1993. "Anti Corrosive Inorganic Pigments," Surface Coatings. Vol. 1, Ed. P. Parson, Chapman and Hall, London
18. Anon. 1002. "Corrosion Inhibition in Solvent and Waterborne Paints," Paint and Ink International, p. 8, September.
19. Nordyke, J.S., and Spangenberg W.C., U.S.Patent #s 3,846,148, and 3,852,087, to Halos Pigments, Hammond, Ind.
20. Weinand, H., and Ostertag, W. 1984. "Recent Developments in Inorganic Anti-Corrosive Primers," Modern Paint and Coatings, 74(11): 38, November
21. Burkill, J.A., and Mayne, J.E.O. 1988. "The Limitations of Zinc Phosphate as an Inhibitive Pigment," JOCCA, 71(9): 275.
22. Leblanc, O. 1990. "Profitable Application of Research and Development from Novel Anticorrosive Pigments," JOCCA, 73(6):231.
23. Adrian, G., Bittner, A. and Gawol, M. 1981. "New Phosphate Based Anti-Corrosive Pigments," Polymer, Paint and Color Journal 171(10): 62, October 14.
24. Adrian, G. and Bittner, A. 1986 "Second Generation Phosphate Anti-Corrosive Pigments," J. of Coatings Technology 58(740): 59
25. Bittner, A. 1989. "Advanced Phosphate Anticorrosive Pigments for Compliant Primers," Journal of Coatings Technology. 61(777): 111.
26. Austin, M.J., and DeVaney, J.G. 1990. "Extender Pigments for Latex Coatings - Do They Make a Difference?" Journal of Protective Coatings and Linings, p. 32, June.
27. Ericson, G. 1995. "Formulating with Spherical Zinc Phosphate Corrosion Inhibiting Pigments," American Paint and Coatings Journal August 28.
28. Skerry, B S., Alavi, A., and Lindgren, K.I 1988. "Environmental and Electrochemical Test Methods for the Evaluation of Protective Organic Coatings," Journal of Coatings Technology. 60(765): 97, October.