Zinc rich primer systems are one of the most utilized organic coating systems for corrosion
protection of metals designed to operate at moderate to room temperature. Because of this …

The influence of nanosized particles on electrochemical action of standard zinc-rich paints
by means of SEM as well as potential and impedance measurements has been investigated …

The effects of partial replacement of zinc particles by micaceous iron oxide (MIO) and
lamellar Al particles on the corrosion protection properties of an epoxy zinc rich coating were …

High porosity and intense galvanic function related low electrolytic barrier profile and fast
delamination of zinc-rich paints (ZRPs) are addressed by the utilisation of intimately …

During the production of zinc pigments, some zinc may get oxidized and remains as
impurity. In the present study, the effect of spherical ZnO on corrosion protection properties …

The corrosion behaviors of zinc-rich coating with various zinc contents, ranging from 0 to 60
volume percent, in thin organic coatings (below 5μm) were characterized by electrochemical …

Active anodic zinc content below 90 wt.% does not support sufficient electrical contacts but
higher contents cause high porosity of traditional liquid zinc-rich paints (ZRPs). To resolve …

In zinc-rich primers Zn acts in the initial stage as sacrificial anode (cathodic protection).
During lifetime Zn is transformed into its corrosion products, which seal the coating's pores …

In this paper, the synthesis of porous manganese substituted hydroxyapatite (Mn-HAp)
coating on zinc oxide (ZnO) coated stainless steel (316L SS) using the electrodeposition …

Zinc rich epoxy coatings (ZRECs) are widely used to protect steel from aggressive corrosive
offshore conditions. However, zinc is known to be harmful to human health and aquatic life …