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ENERJİTEM GLOBAL
Enerjitem 380-400 vac three phase Coating rectifier, Plating rectifier, Output: 0-12 VDC 1000 Ah
Enerjitem 380-400 vac three phase Coating rectifier, Plating rectifier, Output: 0-12 VDC 1000 Ah
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Enerjitem 380-400 vac three phase Coating rectifier, Plating rectifier, Output: 0-12 VDC 1000 Ah
A 380-400 VAC three-phase coating/plating rectifier with a 0-12 VDC 1000 A output is an industrial power supply that converts high-voltage alternating current (AC) into adjustable, high-current low-voltage direct current (DC) specifically for electrochemical surface finishing processes.
(Note: The "Ah" in your query is a common typo in industrial requests; it stands for Amperes (A) representing continuous output current, not Ampere-hours which measures battery capacity).
- 380-400 VAC Three-Phase (Input): Standard industrial grid power used to achieve high energy efficiency and balanced phase loading.
- 0-12 VDC (Output Voltage): A smoothly adjustable direct current window. Most electroplating and anodizing chemistry chemistry reactions occur within this low-voltage range.
- 1000 A (Output Current): A massive current capacity needed to drive heavy chemical deposition over large metal surface areas simultaneously.
These rectifiers are the backbone of the surface finishing and metal processing industries. They are heavily utilized in the following areas:
1. Electroplating (Metal Deposition)
The rectifier provides the negative charge to the workpiece (cathode) and a positive charge to the plating metal (anode) inside an electrolyte bath.
- Zinc Plating: Used for rust prevention on automotive fasteners, brackets, and structural steel.
- Copper & Nickel Plating: Used as decorative finishes or under-layers to improve corrosion resistance and electrical conductivity.
- Chrome Plating: Applied to hydraulic cylinders, tools, and consumer goods for extreme hardness and wear resistance.
- Precious Metal Plating: Depositing precise micro-layers of gold or silver on electronic connectors and jewelry.
Anodizing (Aluminum Treatment)
Instead of adding a metal layer, this process forces the aluminum workpiece to act as an anode, thickening its natural oxide layer.
- Type II Anodizing: Used for standard architectural aluminum, consumer electronics, and colored bicycle/automotive components.
- Electro-cleaning: Used at low voltages to strip grease and scale off metals prior to final coating.
Electrolysis & Chemical Processing
- Water Treatment: Powering electrocoagulation systems to drop heavy metals out of industrial wastewater.
- Metal Recovery: Electrowinning processes to reclaim valuable metals from spent chemical stripping baths.
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