ESD coating of copper with TiC and TiB<sub>2</sub>based ceramic matrix composites

Talaş, Şükrü; Mertgenç, Ersan; Gökçe, Barış

doi:10.1088/1757-899x/146/1/012005

Cited by 3 publications

(2 citation statements)

References 10 publications

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“…Thickness and hardness of the coatings produced by ESD are given in Table 3. [11,12] . 1542 HV hard coating was obtained by using ceramic layer such as Cr 7 C 3 or…”

Section: Layer Thickness and Microhardnessmentioning

confidence: 99%

The Ceramic Composite Coating (TiC+TiB2) by ESD on Ti6AL4V Alloy and Its Characterization

Gökçe

Kayalı

Talaş

2020

CSE

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Titanium based alloys or materials used for mechanical and constructional purposes can exhibit high corrosion and abrasion resistance with coatings made on their surfaces. In this study, the surface of Ti6Al4V plate substrate was coated with TiC+TiB2 composite electrodes at different volts and frequencies by Electro-Spark Deposition (ESD) method. The ESD method is a micro arc welding method that allows deposits of alloys and ceramics compounds that have electrical conductivity on the surface of metallic materials, with the plasma that brings about a better melting of base metal and electrode for producing good adhesion between the coating and base metal. In this study, the Ti6Al4V samples were coated with TiC+TiB2 electrodes, and the precoating, post-coating hardnesses, wear rates and coating layer thicknesses of the samples were examined. TiC + TiB2 composite coating on the surface of Ti6Al4V alloys by ESD method was achieved and the hardness increase was observed with the help of numerous hard ceramic phases.

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“…Thickness and hardness of the coatings produced by ESD are given in Table 3. [11,12] . 1542 HV hard coating was obtained by using ceramic layer such as Cr 7 C 3 or…”

Section: Layer Thickness and Microhardnessmentioning

confidence: 99%

The Ceramic Composite Coating (TiC+TiB2) by ESD on Ti6AL4V Alloy and Its Characterization

Gökçe

Kayalı

Talaş

2020

CSE

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“…ESD is applied for some purposes, such as increasing the corrosion, erosion and wear resistance of materials, reducing or preventing oxidation, reducing thermal load at high temperatures, and reducing maintenance costs. ESD (Electro-Spark Deposition) coatings have been applied to the steel and copper parts in order to improve its existing mechanical properties or to gain some other properties, and have been subjected to some tests for general use [11,12].…”

Section: Introductionmentioning

confidence: 99%

The use of NiAl Coating Deposited by ESD Against the Wear of Sliding Wire in GMAW Contact Tips

YAZAR¹,

Kul²,

Kemal³

et al. 2022

Politeknik Dergisi

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❖ NiAl coating has improved the service life of GMAW weld contact tips by 50% compared to uncoated tips. ❖ ESD coating of contact tips with NiAl generated phases that are different to NiAl electrode material. ❖ An industrially viable coating parameter for contact tips were sucessfully tested. ❖ NiAl coating generated surface hardness higher than that of Copper substrate by alloying. ❖ Spatter on the surface of contact tips were reduced dramatically, providing a better working conditions.

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Effect of Boronizing and Aluminizing on the Wear Resistance of Steel AISI 1010

2021

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ESD coating of copper with TiC and TiB₂based ceramic matrix composites

Cited by 3 publications

References 10 publications

The Ceramic Composite Coating (TiC+TiB2) by ESD on Ti6AL4V Alloy and Its Characterization

The Ceramic Composite Coating (TiC+TiB2) by ESD on Ti6AL4V Alloy and Its Characterization

The use of NiAl Coating Deposited by ESD Against the Wear of Sliding Wire in GMAW Contact Tips

Effect of Boronizing and Aluminizing on the Wear Resistance of Steel AISI 1010

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ESD coating of copper with TiC and TiB2based ceramic matrix composites

Cited by 3 publications

References 10 publications

The Ceramic Composite Coating (TiC+TiB2) by ESD on Ti6AL4V Alloy and Its Characterization

The Ceramic Composite Coating (TiC+TiB2) by ESD on Ti6AL4V Alloy and Its Characterization

The use of NiAl Coating Deposited by ESD Against the Wear of Sliding Wire in GMAW Contact Tips

Effect of Boronizing and Aluminizing on the Wear Resistance of Steel AISI 1010

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ESD coating of copper with TiC and TiB₂based ceramic matrix composites