FIELD: machine building.
SUBSTANCE: vanes are arranged in vacuum chamber to prepare their surface and subjected to vacuum plasma application of refractory coat of the following composition: Cr 18-30%, Al 5-13%, Y 0.2-0.65%, Ni making the rest, in feeding boron, or mix of boron with nitrogen, or mix of boron with carbon, in concentration sufficient for forming in formed layer of borides, or their complex compounds with metals. Application of said refractory layer is alternated with implantation of ions of one or several elements Nb, Pt, Yb, Y, La, Hf, Cr, Si, Pd, Ag, N, C, B, W, V, Ti, Zr, said implantation being performed unless micro- or nano-layer is formed to divide the entire layer into micro- or nano-layers formed by both ion implantation and application of refractory layer without implantation of ions.
EFFECT: higher heat resistance, longer life and higher cyclic strength.
15 cl, 3 tbl
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METHOD OF PRODUCING REFRACTORY COAT OF GAS TURBINE VANES | 2010 |
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RU2441104C2 |
METHOD FOR PRODUCTION OF REINFORCED HEAT-SHIELDING COATING | 2009 |
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RU2447195C2 |
PROCEDURE FOR FORMING HEAT SHIELDING COATING ON TURBINE BLADE OF HEAT RESISTANT NICKEL ALOYS | 2009 |
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RU2426817C2 |
THERMAL PROTECTIVE COATING OBTAINING METHOD | 2010 |
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RU2479669C2 |
METHOD OF PRODUCING REFRACTORY COAT | 2009 |
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RU2441103C2 |
HEAT RESISTANT COATING AND PROCEDURE FOR ITS FABRICATION | 2009 |
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RU2426819C1 |
HEAT PROTECTING COVER FOR TURBINE BLADES AND PROCEDURE FOR ITS FABRICATION | 2009 |
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RU2423550C1 |
Authors
Dates
2012-01-27—Published
2010-04-13—Filed