The aim of this work was to apply coarse recycled hardmetal particles in combination with Ni-
based matrix to produce wear resistant metal matrix composite (MMC) thick coatings using …

High-velocity oxy-fuel sprayed, iron alloy-based powder coatings, reinforced with tungsten
carbide–cobalt (WC–Co) and titanium carbide–nickel molybdenum (TiC–NiMo) cermet …

In the current article, high-velocity oxy-fuel (HVOF) sprayed composite powder TiCNiMo and
Cr3C2-Ni cermet particles reinforced self-fluxing alloy matrix (FeCrSiB) coatings were …

Thermal spray and WC-Co based coatings are widely used in areas subjected to abrasive
wear. Commercial cermet thermal spray powders for HVOF are relatively expensive …

Thermally sprayed coatings can be remelted to improve their microstructure and functional
properties. Among other remelting technologies, laser remelting has the advantage of …

Laser surface melting was applied on plasma-sprayed tungsten coatings, with the aim to
eliminate intersplat voids and improve thermal conductivity. A variety of laser parameters …

In this paper, high-velocity oxy-fuel sprayed coatings from experimental Cr 3 C 2-Ni powder
produced by mechanically activated thermal synthesis and disintegrator milling are …

This research investigated the viability of improving the performance of agricultural harvester
blades by thermal spray, utilizing the arc spray process. A cored iron-based wire with …

Hardfacing is among the most economical methods for surface treatment and service life
and efficiency improvement of metal parts subjective to wear. At the same time use of low …

The article studies the effect of the hardmetal reinforcement content (80, 60, 40, and 20 wt%)
on powder metallurgy (PM) hardfacings with the FeCrSiB matrix, produced by vacuum …