600V 150A Micro Arc Oxidation Power Supply

A configurable 600V 150A industrial DC power supply for micro arc oxidation, with project-specific cooling, controls and enclosure options.

The 600V 150A Micro Arc Oxidation Power Supply provides up to 90 kW for forming ceramic-like oxide layers on suitable aluminum, magnesium or titanium alloy components.

The 600V 150A Micro Arc Oxidation Power Supply creates the controlled high-voltage electrical conditions needed for micro-discharge activity, supporting the growth of protective ceramic-like oxide layers on suitable alloy surfaces.

Managing the micro-discharge stage

Micro arc oxidation moves from initial oxide formation into controlled surface discharges. The electrical waveform strongly influences discharge behavior and coating development. Material, electrolyte, bath cooling, current density and treatment time must be considered together with voltage and current.

Power configuration

Maximum output 600V, 150A
Rated power 90 kW
Control Programmable current and voltage stages
Cooling Water cooling for demanding duty
Waveform options Pulse or bipolar operation by configuration
Custom range 1–1000V and 1–100,000A
600V 150A Micro Arc Oxidation Power Supply specification and selection reference
Typical specification and selection reference; final configuration is confirmed for the application.

Define the process waveform

Specify alloy, active area, target current density, positive and negative voltage, pulse frequency, duty cycle and stage timing. These values determine the switching stage, controls and cooling design.

Recipe development

Multi-stage programs, waveform adjustment, data recording and remote operation can support trials and production transfer. Cooling-flow and over-temperature interlocks are available.

View micro arc oxidation power supplies, browse industrial rectifiers, or discuss your alloy and waveform.

Reviews

There are no reviews yet.

Be the first to review “600V 150A Micro Arc Oxidation Power Supply”

Your email address will not be published. Required fields are marked *

Scroll to Top