Development of scientific and technological foundations for a new environmentally friendly and waste-free process for grinding conductive waste into micro- and nanofractions powders

Abstract

The paper presents the implementation of the technology of electroerosive grinding on the
example of solid alloy waste. It is shown that the power of electric contact heat sources can be
sufficient for the implementation of the process of electroerosive dispersion. Dependences are
obtained that allow us to perform a calculated estimation of the fractional composition of the
powder material obtained under the action of electric contact heat sources.