Publication detail

Influencing the Anticorrosion Efficiency of Zinc-Pigmented Coatings by Means of Lamellar Pigments

Authors: Kalendová Andréa | Kalenda Petr

Year: 2003

Type of publication: článek v odborném periodiku

Name of source: Pitture e Vernici European Coatings

Publisher name: Gibipi Editrice

Place: Milano

Page from-to: 51-53

Titles:

Language	Name	Abstract	Keywords
cze	Influencing the Anticorrosion Efficiency of Zinc-Pigmented Coatings by Means of Lamellar Pigments	For many years the zinc metal particles have presented an anticorrosive pigment frequently used for the coatings destined to heavy corrosion protection of metals. The electric conductivity of pigmented film is in connection with the concentration of zinc particles in the coating binder. The highest electric conductivity is reached at a concentration of zinc particles in a range of 92-95%. In applications to the corrosion protection two types of zinc particle shapes are used most often namely the spherical and lamellar shapes.	N
eng	Influencing the Anticorrosion Efficiency of Zinc-Pigmented Coatings by Means of Lamellar Pigments	For many years the zinc metal particles have presented an anticorrosive pigment frequently used for the coatings destined to heavy corrosion protection of metals. The electric conductivity of pigmented film is in connection with the concentration of zinc particles in the coating binder. The highest electric conductivity is reached at a concentration of zinc particles in a range of 92-95%. In applications to the corrosion protection two types of zinc particle shapes are used most often namely the spherical and lamellar shapes.	zinc-pigmented coatings;anticorrosion efficiency

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