Hardfacing is an efficient and economical surfacing technique widely used by heavy
industries to remediate worn components in service or to enhance the component's wear …

Gas tungsten arc welding (GTAW) technology is widely used in industry and has
advantages, including high precision, excellent welding quality, and low equipment cost …

Highly loaded wear components in manifold applications such as sieves, crushers, etc.
suffer from combined impact and abrasive wear. To gain deeper understanding of different …

This paper describes the numerous aspects of the hardfacing of iron-based alloys. A
systematic review has been conducted to explore the effect of various alloying elements …

The objective of the study was to investigate the effect of vanadium on wear and corrosion
resistance in Fe-Cr-C hardfacing alloy. The hardfacing coatings were deposited onto the …

The effects of vanadium addition on the microstructure and two-body abrasive wear
behavior of an Fe–5.5 wt% B surfacing alloy prepared by the plasma arc welding technique …

In this research, a novel antibacterial alloy was fabricated through the addition of Cu and Nb
to the conventional Co-Cr-Mo (CCM) alloy. Tungsten inert gas (TIG) welding was utilized to …

For reducing the radiological hazard, Co-free hardfacing alternatives have been used to
replace the traditional Co-based hardfacing alloys in nuclear power plant applications …

The effect of silicon content (~ 2–6 wt%) on the wear behavior of a series of stainless steels
is investigated using ball-on-disc wear test. The fractions of different phases and their …

Iron-based hardfacing alloys are commonly used to combat severe wear in steel, mining,
and mineral industries. However, these are often subjected to a moist and corrosive …