Electroplating Removal Rectifier Introduction

The 1000A 12V electroplating removal rectifier is a specialized industrial power system designed for the controlled stripping of electroplated coatings. This powerful electroplating removal rectifier operates in reverse polarity, applying anodic current to dissolve unwanted metal layers from substrates. Its high-current, water-cooled design is engineered for efficient and controlled de-plating processes, essential for rework, recycling, and reclamation operations.

Product Parameters

Product Type: High-Frequency Switching Power Supply (Water-Cooled)

Rated Output: DC 0-12V / 0-1000A

Input Voltage: AC Three-Phase 380V ±15%, 50/60Hz

Voltage/Current Regulation Accuracy: ≤ ±1%

Overall Efficiency: ≥ 92% (Water cooling provides higher efficiency)

Cooling Method: Circulating Water Cooling

Protection Functions: Overcurrent, Overvoltage, Overheat, Short Circuit, Water Shortage Protection, Phase Loss Protection

Key Features

• High-Current Reversible Polarity: This rectifier delivers up to 1000A in both standard (cathodic) and reverse (anodic) modes. The robust polarity switching is key for efficiently dissolving thick or hard coatings like nickel or chromium.
• Precision Stripping Control: The system allows setting precise voltage or current limits for the stripping process. This control prevents damage to the valuable base substrate (e.g., steel, copper) by avoiding excessive pitting or etching.
• Optimized for Harsh Chemistry: The stripping process often uses aggressive electrolytes. The rectifier's water-cooled design manages heat, and its corrosion-resistant construction withstands fumes, making it suitable for dedicated stripping tanks.
• Process Efficiency & Tracking: Features like the Amp-Hour meter help operators estimate the amount of metal removed. This is crucial for process consistency and for tracking yield in precious metal recovery operations.

Applications & Advantages

This removal rectifier delivers vital cost-saving and sustainable benefits.

In plating shop rework, the system strips defective platings from high-value parts. As a result, shops can salvage expensive aerospace components or molds for re-plating.

For precious metal recovery, the rectifier selectively dissolves gold or silver from electronic scrap. Therefore, refineries achieve efficient and controlled metal reclamation.

In tool refurbishment, it cleanly removes worn chrome from industrial dies. Subsequently, facilities can extend the service life of costly tooling.

Ultimately, this electroplating removal rectifier turns waste into value. It enhances operational flexibility, reduces material loss, and improves profitability through part salvage and metal recycling.