Effects of different electrolytes on electrochemical discharge machining performance

Key Points

• Electrochemical discharge machining performance is significantly influenced by different electrolyte types, enhancing efficiency.
• The highest efficiency observed was with the alkaline electrolyte, achieving a current density of 1.5 A/cm² compared to others.
• Assessment using various electrolyte solutions demonstrated distinct electrochemical behaviors affecting discharge efficiency.
• These findings support the need for optimal electrolyte selection to maximize machining performance in production settings.