Investigation of Properties of Electro-metallized Coatings Deposited by Supersonic Air Stream with Aerosol Fluxing

Author:

Kolomeichenko A V,Sharifullin S N,Logachev V N,Izmalkov A A

Abstract

Abstract The article presents the results of studies of the effect of flux components on the adhesive strength, porosity and oil absorption of coatings obtained by supersonic arc metallization (EM) using aerosol fluxing (AF) deposited on 45G2 steel with a speed v = 400-410 m / s. Due to the use of AF in EM, the adhesion strength of electrometallization coatings (EM coatings) increases. The highest value of adhesive strength is 66 MPa. Porosity due to the use of AF decreases by 1.5 - 1.6 times, in comparison with EM coatings without AF. At the same time, the oil absorption of EM coatings using AF decreases 1.6–1.7 times. It is advisable to use EM coatings with AF when restoring worn-out parts for various purpose equipment, as well as for eliminating defects at the production stage.

Publisher

IOP Publishing

Subject

General Medicine

Reference20 articles.

1. Improvement of physicomechanical properties of the coverings received by arc metallization;Kolomeychenko;Construction and road machines,2015

2. Adjustable change in the percentage of elements in the working layer when parts are restored by arc metallization;Matyushkin;Works GOSNITI,2017

3. Aerosol fluxing method for arc metallization;Vorobiev;Works GOSNITI,2008

4. The use of arc metallization to restore the cylinder liners of diesel engines of agricultural equipment;Tolkachev;Works GOSNITI,2017

5. Restoration of parts by arc metallization;Litovchenko;Technique in agriculture,2008

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