Electroplating Rectifiers

JTS Electroplating Rectifiers are constructed withelectrolytic prime-grade copper strips, significantly reducingpower losses when compared to the aluminum conductors used by many other manufacturers. Ourequipment is designed with ample capacity and is ideally suited forhandling marginal overloads. We utilize vertical rolling contact type voltage regulators, which are wound with heavy copper strips, ensuring suitability for 100% continuous duty cycles and industrial applications. This is in contrast to conventional wire-wound regulators used by other manufacturers. The carbon rollers move on both sides of the winding for enhanced performance.

Key Features

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JTS Electroplating Rectifiers are engineered for high efficiency, durability, and precision in demanding industrial applications. Constructed using electrolytic prime-grade copper strips, these rectifiers significantly reduce power losses compared to conventional aluminum-based designs used by many manufacturers.

Designed with ample capacity, our rectifiers can comfortably handle marginal overload conditions, ensuring reliable and uninterrupted performance. They feature vertical rolling contact type voltage regulators, wound with heavy copper strips, making them ideal for 100% continuous duty cycles. The innovative dual-side carbon roller movement enhances conductivity and operational stability, outperforming traditional wire-wound regulator systems.

Key Features

High-Efficiency Copper Design
Utilizes prime-grade copper strips to minimize energy losses and improve overall efficiency.
Wide Output Range
Available from 1 V to 1000 V DC with current outputs ranging from 10 Amps to 20,000 Amps, catering to diverse industrial requirements.
Advanced Voltage Regulation
Equipped with vertical rolling contact regulators for smooth, precise, and reliable voltage control.
Continuous Duty Performance
Designed for 100% continuous operation, ensuring consistent output in demanding environments.
Overload Handling Capability
Built with sufficient capacity to withstand marginal overload conditions without performance degradation.