In this study, low carbon steel substrate was coated with WC-Ni powder by using plasma spray process in order to increase the wear and corrosion resistance of the material. Wear tests were applied to the produced samples under different wear conditions. The coatings were characterized with regard to microstructure and mechanical properties. The microstructure of the coating was determined using an optical microscope, image analyzer and X-ray diffraction methods. It has been observed that WC-Ni coating has a high wear resistance especially in acid condition
NiCrBSi coating was deposited successfully on the surface of 316 stainless steel substrate by means ...
The present contribution reports the tribological properties of Ni-WC composite coatings, electrodep...
In recent years, thermal sprayed protective coatings have gained widespread acceptance for a variety...
In this study, low carbon steel substrate was coated with WC-Ni powder by using plasma spray process...
Atmospheric plasma spraying of WC coatings is typically characterized by increased decarburization, ...
Tungsten carbide based composites are highly wear resistant materials that are often fabricated as c...
The effect of WC on cold spray deposition and erosive wear performance of Ni-WC composite coatings w...
The tribological behavior of Ni-based WC-Co coatings is analyzed. The coatings were deposited on gra...
WOS:000658862600008The coatings produced with high-velocity oxygen fuel spraying technology can grea...
The main objective of the present investigation is to evaluate the abrasive wear behaviour of detona...
WC-Ni coatings were deposited onto steel substrates by the plasma transferred arc (PTA) weld-surfaci...
The effects of plasma intensity and powder particle size on wear and erosion resistance have been ev...
Commercial tungsten powder of average particle size 12 μm has been mixed with 10 Wt. % Ni powder and...
Abstract: In the present work, transitional wear of atmospheric plasma sprayed Cr2O3 and Cr3C2 coati...
Plasma sprayed coatings are used for reducing the wear losses of many industrial components. It appe...
NiCrBSi coating was deposited successfully on the surface of 316 stainless steel substrate by means ...
The present contribution reports the tribological properties of Ni-WC composite coatings, electrodep...
In recent years, thermal sprayed protective coatings have gained widespread acceptance for a variety...
In this study, low carbon steel substrate was coated with WC-Ni powder by using plasma spray process...
Atmospheric plasma spraying of WC coatings is typically characterized by increased decarburization, ...
Tungsten carbide based composites are highly wear resistant materials that are often fabricated as c...
The effect of WC on cold spray deposition and erosive wear performance of Ni-WC composite coatings w...
The tribological behavior of Ni-based WC-Co coatings is analyzed. The coatings were deposited on gra...
WOS:000658862600008The coatings produced with high-velocity oxygen fuel spraying technology can grea...
The main objective of the present investigation is to evaluate the abrasive wear behaviour of detona...
WC-Ni coatings were deposited onto steel substrates by the plasma transferred arc (PTA) weld-surfaci...
The effects of plasma intensity and powder particle size on wear and erosion resistance have been ev...
Commercial tungsten powder of average particle size 12 μm has been mixed with 10 Wt. % Ni powder and...
Abstract: In the present work, transitional wear of atmospheric plasma sprayed Cr2O3 and Cr3C2 coati...
Plasma sprayed coatings are used for reducing the wear losses of many industrial components. It appe...
NiCrBSi coating was deposited successfully on the surface of 316 stainless steel substrate by means ...
The present contribution reports the tribological properties of Ni-WC composite coatings, electrodep...
In recent years, thermal sprayed protective coatings have gained widespread acceptance for a variety...