A study was made of surface cladding using a 5 kW CO2 continuous wave laser. A powder spraying technique was used for Ni‐Cr‐Al cladding of mild and type 316 stainless steels. Following the process, the microstructure of samples obtained was analysed and these were subsequently tested in an oxidising environment at 950 °C, observing microstructure development, oxide layer formation and process kinetics. A general conclusion to be drawn is, regardless of the base metal on which coatings are formed, that the alloys are highly resistant to oxidation, which is surely due to the formation of protective alumina layers against oxidant attack.Peer Reviewe
To improve the surface corrosion resistance of ductile iron, Ni-based alloy coatings were prepared u...
The corrosion and wear are major limiting factors for steel in the harsh environments and can be con...
Surface alloys were produced by laser melting of different predeposits into the outer part of a mild...
Surface alloys were made on mild steel, coated with nickel and chromium using laser surface alloying...
MCrAlY alloys (where M stands for Ni,Co or both) are commonly used as overlay protective coatings in...
AbstractMCrAlY alloys (where M stands for Ni,Co or both) are commonly used as overlay protective coa...
Surface alloys were made on mild steel, coated with nicker and chromium using laser surface alloying...
Surface alloys were made on mild steel, coated with nicker and chromium using laser surface alloying...
The oxidation and corrosion of mild steel coated with chromium powder followed by laser treatment ha...
The development of coatings has become technologically significant in many industries. A common appr...
The high temperature oxidation and aqueous corrosion behaviour of 9Cr-1Mo steel, coated with Cr, fol...
In the current study, laser-surface alloying (LSA) of Nimonic 80 (a Ni-based superalloy) was conduct...
Laser surface alloying (LSA) is becoming an important tool for modifying the surface composition of ...
Abstract.- Stainless steel powder was coated on mild steel substrate using plasma coating. The porou...
International audienceIrradiation by a high power laser beam has been used since several years as an...
To improve the surface corrosion resistance of ductile iron, Ni-based alloy coatings were prepared u...
The corrosion and wear are major limiting factors for steel in the harsh environments and can be con...
Surface alloys were produced by laser melting of different predeposits into the outer part of a mild...
Surface alloys were made on mild steel, coated with nickel and chromium using laser surface alloying...
MCrAlY alloys (where M stands for Ni,Co or both) are commonly used as overlay protective coatings in...
AbstractMCrAlY alloys (where M stands for Ni,Co or both) are commonly used as overlay protective coa...
Surface alloys were made on mild steel, coated with nicker and chromium using laser surface alloying...
Surface alloys were made on mild steel, coated with nicker and chromium using laser surface alloying...
The oxidation and corrosion of mild steel coated with chromium powder followed by laser treatment ha...
The development of coatings has become technologically significant in many industries. A common appr...
The high temperature oxidation and aqueous corrosion behaviour of 9Cr-1Mo steel, coated with Cr, fol...
In the current study, laser-surface alloying (LSA) of Nimonic 80 (a Ni-based superalloy) was conduct...
Laser surface alloying (LSA) is becoming an important tool for modifying the surface composition of ...
Abstract.- Stainless steel powder was coated on mild steel substrate using plasma coating. The porou...
International audienceIrradiation by a high power laser beam has been used since several years as an...
To improve the surface corrosion resistance of ductile iron, Ni-based alloy coatings were prepared u...
The corrosion and wear are major limiting factors for steel in the harsh environments and can be con...
Surface alloys were produced by laser melting of different predeposits into the outer part of a mild...