Add to ORKGThe lamellar technology, also known as flake galvanising, is gaining an increasing share of the zinc coating market. This share mainly covers the area of fasteners, such as nuts, screws, bolts, buckles and springs. The unquestionable advantages of flake coatings include, among others, high corrosion resistance, total absence of chromium (VI) and hydrogenation of the parts, as well as good resistance to chemicals or UV resistance. This paper presents application methods and selected properties of zinc flake coatings
The purpose of this study was to evaluate the relationship between plating thickness and corrosion r...
Since 1958, the International Lead Zinc Research Organization (ILSRC) has pursued a number of pro...
Galvanizing as a process of zinc coating of base material is still the most widely used technology ...
The lamellar technology, also known as flake galvanising, is gaining an increasing share of the zinc...
This article presents examples of properties of nickel and silver coatings applied by galvanic metho...
Zinc offers very effective sacrificial protection as well as brightness to steel. About 40% of the t...
The main topics of this paper are the study of major factors affecting the growth of the zinc coatin...
Galvanizing also denoted as zinc coating is a scientifically approved method applied to protect iron...
Zinc-rich organic coatings protect steel from corrosion by blocking corrosive reactants from the ste...
The aim of the present paper is to refine hard zinc from the iron presented in the form of intermeta...
Zinc-rich organic coatings protect steel from corrosion by blocking corrosive reactants from the ste...
A specific type of Zinc-Rich Paint was scratched and exposed in salt fog chamber for various exposur...
The aim of the present paper is to refine hard zinc from the iron presented in the form of intermeta...
Electrodeposition of metals from aqueous solution produces a variety of metal alloy coatings. Zincal...
The purpose of this study was to evaluate the relationship between plating thickness and corrosion r...
The purpose of this study was to evaluate the relationship between plating thickness and corrosion r...
Since 1958, the International Lead Zinc Research Organization (ILSRC) has pursued a number of pro...
Galvanizing as a process of zinc coating of base material is still the most widely used technology ...
The lamellar technology, also known as flake galvanising, is gaining an increasing share of the zinc...
This article presents examples of properties of nickel and silver coatings applied by galvanic metho...
Zinc offers very effective sacrificial protection as well as brightness to steel. About 40% of the t...
The main topics of this paper are the study of major factors affecting the growth of the zinc coatin...
Galvanizing also denoted as zinc coating is a scientifically approved method applied to protect iron...
Zinc-rich organic coatings protect steel from corrosion by blocking corrosive reactants from the ste...
The aim of the present paper is to refine hard zinc from the iron presented in the form of intermeta...
Zinc-rich organic coatings protect steel from corrosion by blocking corrosive reactants from the ste...
A specific type of Zinc-Rich Paint was scratched and exposed in salt fog chamber for various exposur...
The aim of the present paper is to refine hard zinc from the iron presented in the form of intermeta...
Electrodeposition of metals from aqueous solution produces a variety of metal alloy coatings. Zincal...
The purpose of this study was to evaluate the relationship between plating thickness and corrosion r...
The purpose of this study was to evaluate the relationship between plating thickness and corrosion r...
Since 1958, the International Lead Zinc Research Organization (ILSRC) has pursued a number of pro...
Galvanizing as a process of zinc coating of base material is still the most widely used technology ...