Diffusion coatings on metallic surfaces to improve the surface properties like corrosion resistance and wear resistance without affecting their core properties. It is found that chromium plating followed by diffusion annealing in the temperature range of 700-800*C results in considerable improvement of corrosion resistance of the carbon steel substrate. Aluminium spray followed by diffusion annealing at 400*C improves both the surface hardness level and the corrosion resistance of the untreated carbon steel substrate
The high-temperature sulfidation-oxidation corrosion resistance of protective coatings deposited on ...
Several coating approaches are being developed to resist attack in coal-fired environments and there...
The growing interest in intermetallic and metal–intermetallic materials and coatings is based on the...
The chromium diffusion process was investigated for carbon-, low-alloy and austenitic type steels. T...
In the present work, the authors carried out siliconizing, chromizing, aluminizing and chrome-alumin...
In this work, the diffusive chromosilicide coatings were applied to steel 45 by a gas method in a sp...
The features of obtaining coatings on carbon steel, structural steel St 3 are studied during diffusi...
In this study, the high-temperature molten salt corrosion resistance of bare steels and steels with ...
An investigation into the corrosion behaviour of zinc and chromium metallic coating on mild steel s...
In many applications stainless steels need a hard and wear resistant surface. The common used austen...
The effect of electrolytic and electroless nickel diffusion coatings was studied on stress corrosion...
Pack chromising treatment is an environmentally friendly alternative to hard chromium to form wear a...
To improve the corrosion inhibition and wear resistance of materials, the pack cementation method wa...
Coatings based on chromium borides and chromium carbides are commonly employed in applications requi...
The main reason for the utilization of stainless steels in many applications is due to their resista...
The high-temperature sulfidation-oxidation corrosion resistance of protective coatings deposited on ...
Several coating approaches are being developed to resist attack in coal-fired environments and there...
The growing interest in intermetallic and metal–intermetallic materials and coatings is based on the...
The chromium diffusion process was investigated for carbon-, low-alloy and austenitic type steels. T...
In the present work, the authors carried out siliconizing, chromizing, aluminizing and chrome-alumin...
In this work, the diffusive chromosilicide coatings were applied to steel 45 by a gas method in a sp...
The features of obtaining coatings on carbon steel, structural steel St 3 are studied during diffusi...
In this study, the high-temperature molten salt corrosion resistance of bare steels and steels with ...
An investigation into the corrosion behaviour of zinc and chromium metallic coating on mild steel s...
In many applications stainless steels need a hard and wear resistant surface. The common used austen...
The effect of electrolytic and electroless nickel diffusion coatings was studied on stress corrosion...
Pack chromising treatment is an environmentally friendly alternative to hard chromium to form wear a...
To improve the corrosion inhibition and wear resistance of materials, the pack cementation method wa...
Coatings based on chromium borides and chromium carbides are commonly employed in applications requi...
The main reason for the utilization of stainless steels in many applications is due to their resista...
The high-temperature sulfidation-oxidation corrosion resistance of protective coatings deposited on ...
Several coating approaches are being developed to resist attack in coal-fired environments and there...
The growing interest in intermetallic and metal–intermetallic materials and coatings is based on the...