Properties of the Coatings Fabricated by Plasma-Jet Hard-Facing by Dispersed Mechanical Engineering Wastes

X-ray microanalysis of powders, obtained by electroerosion dispersion of the alloy W-Ni-Fe

“…The method of EED is one of the promising methods for obtaining powders from virtually any conductive material, including ball bearing steel waste, and is distinguished by relatively low energy consumption and ecological cleanliness of the process [12][13][14][15][16][17][18][19].…”

Study of the fractional composition of electroerosive powder materials of the tungsten nickel iron alloy obtained in lighting kerosene

“…One of the promising and industrially unapplicable methods of grinding any electrically conductive material is the electroerosive method [16][17][18][19][20][21]. At the present time, there are no scientific and technical developments on the use of particles of the W-Ni-Fe alloy dispersed by electric erosion as a charge for the production of heavy tungsten pseudo alloys and products from them.…”

X-ray diffraction analysis of electroerosive powder materials, obtained from waste of tungsten-free hard alloy grade KNT16

“…Currently, there are methods that allow the processing of solid alloy wastes with a view to their reuse. However, the disadvantages of the known methods are increased energy consumption, multi-operation process [1][2][3].…”