Nitriding at low temperatures, 450-500 oC of austenic stainless steels lead to the obtaining of the tough layers over 1000 HV005 but having thicknesses of tenths of microns. Moreover, nitriding at 500 ºC has determined the obtaining of layers of combinations with carbonitrades that caused a severe decrease of corrosion resistance. Nitriding at 1050 ºC with an enriched nitrogen austenitic diffusion structure. The nitrogen concentration ensures, by the increase of the diffusion speed, a high layer depth of millimeter tenths,under the saturation limit lead to a reduced strength down to 500 HV005. The nitrated layer has displayed good properties of corrosion resistance and a twofold increase of the abrasive wear strength, which recommend the tr...
Stainless steel is a difficult material to nitride because a passive oxide film is present on its su...
Stainless steel is a difficult material to nitride because a passive oxide film is present on its su...
Stainless steel is a difficult material to nitride because a passive oxide film is present on its su...
Stainless austenitic steels have a good corrosion resistance but reduced abrasion strength due to lo...
The main factors that influence the stainless steel behavior to the nitriding process are: chemical ...
In the present investigation, low temperature nitriding has been attempted on AISI 316L austenitic ...
Researches made on welded and nitrided samples from stainless austenite steel types show that nitrid...
Stainless austenite steel types have a good resistance to corrosion in different natural, industrial...
High nitrogen stainless steels are being considered a new promising class of engineering materials. ...
This paper describes the results of four thermochemical surface treatments of austenitic stainless s...
The addition of nitrogen to stainless steel improves mechanical and corrosion properties. Nitrogen-b...
The addition of nitrogen to stainless steel improves mechanical and corrosion properties. Nitrogen-b...
In the present investigation, low temperature nitriding has been attempted on AISI 316L austenitic s...
Nitriding is a thermochemical treatment of surface hardening developed to improve the resistance of ...
In this study, the feasibility of using an industrial fluidized bed furnace to perform low-temperatu...
Stainless steel is a difficult material to nitride because a passive oxide film is present on its su...
Stainless steel is a difficult material to nitride because a passive oxide film is present on its su...
Stainless steel is a difficult material to nitride because a passive oxide film is present on its su...
Stainless austenitic steels have a good corrosion resistance but reduced abrasion strength due to lo...
The main factors that influence the stainless steel behavior to the nitriding process are: chemical ...
In the present investigation, low temperature nitriding has been attempted on AISI 316L austenitic ...
Researches made on welded and nitrided samples from stainless austenite steel types show that nitrid...
Stainless austenite steel types have a good resistance to corrosion in different natural, industrial...
High nitrogen stainless steels are being considered a new promising class of engineering materials. ...
This paper describes the results of four thermochemical surface treatments of austenitic stainless s...
The addition of nitrogen to stainless steel improves mechanical and corrosion properties. Nitrogen-b...
The addition of nitrogen to stainless steel improves mechanical and corrosion properties. Nitrogen-b...
In the present investigation, low temperature nitriding has been attempted on AISI 316L austenitic s...
Nitriding is a thermochemical treatment of surface hardening developed to improve the resistance of ...
In this study, the feasibility of using an industrial fluidized bed furnace to perform low-temperatu...
Stainless steel is a difficult material to nitride because a passive oxide film is present on its su...
Stainless steel is a difficult material to nitride because a passive oxide film is present on its su...
Stainless steel is a difficult material to nitride because a passive oxide film is present on its su...