Effect of a complex of aliovalent cations on processes in an enamel melt-low-carbon steel system
LL Bragina, GK Voronov - Glass and Ceramics, 2008 - Springer
LL Bragina, GK Voronov
Glass and Ceramics, 2008•SpringerThe interrelationship of the corrosion activity of enamel melts containing a complex
adhesion activator, their specific electric conductivity, and the strength of the adhesion of the
corresponding coatings is investigated. The partial and integral effects of aliovalent oxides
on the properties of prime vitreous enamels are determined. The principles of the
electrochemical theory of adhesion of enamel coatings on steel, using a complex adhesion
activator, are confirmed.
adhesion activator, their specific electric conductivity, and the strength of the adhesion of the
corresponding coatings is investigated. The partial and integral effects of aliovalent oxides
on the properties of prime vitreous enamels are determined. The principles of the
electrochemical theory of adhesion of enamel coatings on steel, using a complex adhesion
activator, are confirmed.
Abstract
The interrelationship of the corrosion activity of enamel melts containing a complex adhesion activator, their specific electric conductivity, and the strength of the adhesion of the corresponding coatings is investigated. The partial and integral effects of aliovalent oxides on the properties of prime vitreous enamels are determined. The principles of the electrochemical theory of adhesion of enamel coatings on steel, using a complex adhesion activator, are confirmed.
Springer
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