Abstract
This article presents a study of the phase composition of samples sintered from isostatically pressed leaded bronze electroerosion powders obtained in distilled water. It is identified that the main phases in the sintered sample are Cu, Zn2SnO4, Pb(Cu2O2), PbO, Fe3O4.
Highlights
Leaded bronze is widely used in different industries
The widespread industrial use of leaded bronze leads to a large accumulation of leaded bronze scrap, which requires processing
The aim of the research was to carry out X-ray diffraction analysis of sintered samples sintered from isostatically pressed leaded bronze electroerosion powders obtained in distilled water
Summary
Leaded bronze is widely used in different industries. Due to its excellent antifriction properties, lead bronze is widely used in the manufacture of machine parts operating in friction joints.The widespread industrial use of leaded bronze leads to a large accumulation of leaded bronze scrap, which requires processing. Leaded bronze is widely used in different industries. Due to its excellent antifriction properties, lead bronze is widely used in the manufacture of machine parts operating in friction joints. The widespread industrial use of leaded bronze leads to a large accumulation of leaded bronze scrap, which requires processing. There are many ways to recycle metal waste for its repeated use. The existing methods have many disadvantages; among them are energy inefficiency and overcomplexity of the process. The most promising method of processing leaded bronze scrap is electroerosion dispersion, which is eco-friendly and energy-efficient
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