pcb copper plating process

Outstanding Performance Electroplating Rectifier, Meeting the Most Stringent Requirements

• Precise Voltage Regulation: ≤0.5%
• Constant Current: ≤0.5%
• Ultra-Low Ripple: ≤3%

Reliable Operating Environment

• Operating Temperature: -10°C to +45°C
• Protection Level: IP20
• Cooling Method: Suitable for input AC three-phase 380V and 220V 2-phase (Customizable based on customer requirements)

Flexible Output Control

• Adjustable Output Voltage Range: 0~12V (Customizable based on customer requirements)
• Adjustable Current Range: 0~2000 Amperes (Customizable based on customer requirements)
• Control Mode: RS485 (RTU), supports automatic control and semi-automatic mode

Comprehensive Protection Features

• Short Circuit Protection
• Under/Over Voltage Protection
• Over Temperature Protection
• Phase Loss Protection
• Input Over/Low Voltage Protection

Integration of Outstanding Design and High-Quality Materials

• High-Quality Copper Usage
• Multiple Structure Options: PVC/Stainless Steel Casing/Iron Sheet Metal Baking Varnish, outstanding strength, aesthetically pleasing, and strong corrosion resistance

Suitable for Various Electroplating Processes

• Widely used in: Copper Plating, Tin Plating, Nickel Plating, Electroplating, Gold Plating, etc.

Extensive Applications in Various Industries

• Suitable for: Automatic Electroplating Production Lines, Metal Electroplating, Anodizing, Wastewater Treatment, Smelting, etc.

This electroplating rectifier, refined and optimized through 20 years of continuous innovation and development by our company, ensures outstanding reliability and high performance in various technical and environmental conditions. The stability of our product, of which we are proud, reflects our continuous pursuit and innovation in manufacturing processes. Over these two decades, we have consistently worked to enhance product performance, meeting the highest expectations of our customers. We look forward to your reading more about this industry-leading product on our company's blog on the website