Electrochemical processing of decisive factors

Determine the removal of the main parameters

1. Processing current: l [A] {XE "Bearbeitungssterom}.

2. Processing time: t [S] {XE "Bearbeitungszeit"}.

3. Workpiece material conductivity: c [mm3 / As {XE "Materialkonstante"}

(Depending on the type of material) (V removal amount = Cxlxt).

 Determine the quality of processing parameters

1. Current density: Current density [A / mm2] determines the amount of cutting and surface quality.

2. Conductivity: The concentration of the electrolyte determines the conductivity in [mS]. Temperature also has an effect on conductivity.

3. Machining Clearance: The gap between the fixture (cathode) and the workpiece (anode) determines the current size and the cooling capacity of the electrolyte.

4. Electrolyte pressure: the gap in the electrolyte pressure affects the current and material removal, it also determines the electrolyte flow and flow rate.

5. Electrolyte temperature: temperature affects the conductivity of the electrolyte, according to processing requirements, temperature control in a certain range.

6. PH value of the electrolyte: the PH value of the electrolyte solution determines the concentration and quality of the electrolyte.

7. Purity of Electrolyte: The pure electrolyte ensures constant processing and prevents the workpiece and / or clamp from being clogged.

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