New Technologies of Anodizing Components of Oil and Gas Industry Equipment Made of Aluminum Alloys

N.Ph. Kolenchin; V.N. Kuskov; P.N. Shadrina

doi:10.4028/www.scientific.net/AMM.770.121

Paper Titles

Use of Nanopowders of Metals in Different Branches of Industry
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Smelting Steel Resistant to Corrosion from Metal Mixing Air in Late Oxygen Blowing
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Industrial Surfacing of Hammer Grinder Components Utilized in Coke-Making Process and Outlines of Surfacing Quality Improvement
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Combined Steel Treatment with Calcium-Silicon
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New Technologies of Anodizing Components of Oil and Gas Industry Equipment Made of Aluminum Alloys
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Impact of Welded Joint on Cyclic Strength of Low-Alloyed Steels
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Development of the Technique to Simulate Residual Heading Corium Prototype
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Elastic Properties of Solid Solutions with Intermediate Valence Sm_1-xY_xS
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Formation of Nano-Sized Structural-Phase States in Surface Layers of a Cermet Alloy and the Influence of the States on the Tool Life of Cermet Plates in Metal Cutting
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 770New Technologies of Anodizing Components of Oil...

New Technologies of Anodizing Components of Oil and Gas Industry Equipment Made of Aluminum Alloys

Abstract:

The injection of ozone into the air mixture for a barbotage of electrolyte at anodization of an aluminum alloy D16 in 5 % aqueous solution of sulfuric acid increases final thickness of oxide coating by 45 - 53 %, and simultaneous ultrasonic affecting and bubbling of electrolyte by the ozone-aerial mixture - only on 30 - 35 %, however in the latter case microhardness and wear resistance of coating increase. The additional applying of vibration decreases thickness, microhardness and wear resistance of an oxide layer.

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Periodical:

Applied Mechanics and Materials (Volume 770)

Pages:

121-125

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.770.121

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Online since:

June 2015

Authors:

N.Ph. Kolenchin*, V.N. Kuskov, P.N. Shadrina

Keywords:

Aluminium, Anodizing, Ozone, Ultrasound, Vibration

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References

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[4] RF patent for utility model № 114056, C25D 11/04. Installation for anodizing of aluminum and its alloys / Kolenchin N.F., Kuskov V.N., Safronov A.V., Shadrina P.N. / Bull. № 7 on 10. 03. 2012; appl. 19. 09. 2011, № 2011138397.

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[5] Patent for utility model № 116500, C25D 11/02. Installation for anodizing of aluminum and its alloys / Kolenchin N.F., Kuskov V.N., Safronov A.V. / Bull. № 15 dated 27. 05. 2012; appl. 10. 01. 2012, № 2012100106.

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