The 12V 500A Electropolishing Rectifier supplies 6 kW of adjustable DC power for anodic surface finishing. It can serve compact production tanks used to smooth surfaces, reduce micro-burrs and improve the appearance of suitable metal parts.
Controlled metal removal instead of deposition
In electropolishing, the workpiece is the anode and a controlled amount of metal is removed from high points on the surface. Correct electrical conditions can support surface leveling, brighter appearance and easier cleaning while reducing sharp microscopic irregularities. Results also depend on alloy, electrolyte, temperature, agitation, fixture contact, cathode placement and treatment time.
Product data
| DC output | 12V, 500A |
|---|---|
| Rated power | 6 kW |
| Control | Adjustable constant current or constant voltage |
| Cooling | Air or water cooling available |
| Functions | Timer, remote control and communication options |
| Custom range | 1–1000V and 1–100,000A |

Is 12V enough for the process?
Voltage must allow the actual electrolyte, temperature, electrode spacing and fixture losses to reach the required current density. Stainless steel tank electropolishing is often discussed around 12–18V, but a 12V ceiling should be checked against the loaded bath rather than assumed suitable for every installation. Aluminum, copper, titanium and other alloys can use different process windows.
Choosing the current capacity
Current is calculated from the total immersed workpiece area multiplied by the process current density. A 500A unit may suit approximately 12.5–25 dm² when a stainless steel process uses 20–40 A/dm², before allowing for the actual maximum load and operating conditions. Larger batches require a higher-current rectifier and appropriately sized racks and busbars.
Send the material, electrolyte, total active area, current density, loaded voltage, target finish, treatment time, temperature and operating hours. Browse electropolishing rectifiers, view industrial rectifiers, or request a 12V 500A configuration.






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