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- W3204349354 abstract "Hard coatings, such as AlTiN-TiSiN, deposited by Physical Vapor Deposition (PVD) techniques are widely used in industrial applications to protect and increase the lifetime of industrial components, such as cutting tools, dies, and forming tools. Despite their great properties, such as high hardness and wear and oxidation resistance, they are limited in cases of severe conditions due to the poor adhesion between the coating and the substrate. Duplex treatments have commonly been used to improve the adhesive properties of PVD coatings, especially those of the cathodic arc evaporation type. The purpose of this study is to achieve coatings with the good properties of the Magnetron Sputtering processes but with higher adhesion than that achieved with these techniques, thus achieving coatings that can be used under the most severe conditions. In this work, an AlTiN-TiSiN coating was deposited by a combination of DC Magnetron Sputtering (DCMS) and High-Power Impulse Magnetron Sputtering (HiPIMS) after a gas nitriding pretreatment on 1.2379 and Vanadis 4 tool steels. Mechanical (ultra-microhardness and scratch tests) and tribological tests were carried out to study the improvement in the properties of the coating. Duplex-treated samples showed improved adhesion between the coating and the substrate, with second critical load (Lc2) values greater than 100 N. Furthermore, they showed great toughness and wear resistance. These results show that this type of coating technique could be used in the most extreme applications and that they can compete with other techniques and coatings that to date they have not been able to compete with." @default.
- W3204349354 created "2021-10-11" @default.
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- W3204349354 date "2021-09-28" @default.
- W3204349354 modified "2023-10-18" @default.
- W3204349354 title "Improved Adhesion and Tribological Properties of AlTiN-TiSiN Coatings Deposited by DCMS and HiPIMS on Nitrided Tool Steels" @default.
- W3204349354 cites W1785168214 @default.
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- W3204349354 cites W1971936954 @default.
- W3204349354 cites W1974270122 @default.
- W3204349354 cites W1983069080 @default.
- W3204349354 cites W1984298943 @default.
- W3204349354 cites W1987672822 @default.
- W3204349354 cites W1990646512 @default.
- W3204349354 cites W1997858134 @default.
- W3204349354 cites W1999559891 @default.
- W3204349354 cites W2002468578 @default.
- W3204349354 cites W2008837176 @default.
- W3204349354 cites W2013419516 @default.
- W3204349354 cites W2015829958 @default.
- W3204349354 cites W2019705255 @default.
- W3204349354 cites W2021842554 @default.
- W3204349354 cites W2022086201 @default.
- W3204349354 cites W2029534986 @default.
- W3204349354 cites W2033842789 @default.
- W3204349354 cites W2037796289 @default.
- W3204349354 cites W2039974760 @default.
- W3204349354 cites W2044683053 @default.
- W3204349354 cites W2049482106 @default.
- W3204349354 cites W2054270814 @default.
- W3204349354 cites W2058987559 @default.
- W3204349354 cites W2060555202 @default.
- W3204349354 cites W2063035024 @default.
- W3204349354 cites W2064502720 @default.
- W3204349354 cites W2065861568 @default.
- W3204349354 cites W2069472074 @default.
- W3204349354 cites W2070273341 @default.
- W3204349354 cites W2075792106 @default.
- W3204349354 cites W2079944220 @default.
- W3204349354 cites W2087075256 @default.
- W3204349354 cites W2093111102 @default.
- W3204349354 cites W2094553866 @default.
- W3204349354 cites W2094920762 @default.
- W3204349354 cites W2094940246 @default.
- W3204349354 cites W2105413168 @default.
- W3204349354 cites W2107898214 @default.
- W3204349354 cites W2109758852 @default.
- W3204349354 cites W2131558742 @default.
- W3204349354 cites W2133420456 @default.
- W3204349354 cites W2190115846 @default.
- W3204349354 cites W2314617071 @default.
- W3204349354 cites W2398005712 @default.
- W3204349354 cites W2541817104 @default.
- W3204349354 cites W2567017703 @default.
- W3204349354 cites W2594765405 @default.
- W3204349354 cites W2597769676 @default.
- W3204349354 cites W2598676140 @default.
- W3204349354 cites W2605291996 @default.
- W3204349354 cites W2659242907 @default.
- W3204349354 cites W2753394822 @default.
- W3204349354 cites W2771960441 @default.
- W3204349354 cites W2776113723 @default.
- W3204349354 cites W2808431781 @default.
- W3204349354 cites W2896394488 @default.
- W3204349354 cites W2913799898 @default.
- W3204349354 cites W2923240370 @default.
- W3204349354 cites W2981991022 @default.
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- W3204349354 cites W3116968272 @default.
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- W3204349354 doi "https://doi.org/10.3390/coatings11101175" @default.
- W3204349354 hasPublicationYear "2021" @default.
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