Stable Power, Compact Design
RectaMax represents a new generation of industrial rectifiers, designed and manufactured using advanced IGBT technology and highly precise digital control systems. These units deliver stable direct current with ultra-low ripple and high energy efficiency, engineered for continuous and reliable operation under demanding industrial conditions. A modular architecture, multi-layer electrical and thermal protection systems, and real-time performance monitoring are among the key features of RectaMax. The combination of engineering precision, superior efficiency, and long-term stability firmly establishes this generation of rectifiers within the domain of advanced power conversion technologies.
- Provides highly stable direct current output
- Excellent energy efficiency with low heat loss
- Precise control of output voltage and current
- Multi-level protection against overload and overheating
- Continuous operation under heavy industrial conditions
- Modular design for easy installation and maintenance
- Low-noise performance compliant with safety standards
- Remote digital monitoring and control capability
RectaMax Rectifiers Applications
Electrowinning
- Stable high‑current DC output
- Low ripple for uniform deposition
- IGBT‑based high efficiency design
Plating
- Precise DC current control
- Low ripple for smooth plating
- High efficiency IGBT topology
Anodizing
- Stable high‑voltage DC output
- Accurate current density control
- Low ripple for uniform oxide
Chlorination
- Precise DC control for electrolysis
- Continuous duty industrial reliability
- Low ripple for stable chlorine
Wastewater Treatment
- Precise DC current control
- High efficiency continuous operation
- Low ripple for stable process
Electromagnet
- Fast current response
- Precise magnetic field control
- High stability DC output
Cathodic Protection
- Precise current regulation
- Long-term reliability
- Remote monitoring capability
Electrolyzers
- Precise current control
- High energy efficiency
- Stable DC output
Electrostatic Precipitators
- High voltage stability
- Fast dynamic response
- Low output ripple
An IGBT rectifier is used to convert AC power into stable, precisely controlled DC power for industrial applications. By utilizing IGBT (Insulated Gate Bipolar Transistor) technology, it provides accurate control of output voltage and current, which is critical for high‑precision processes. Compared to traditional rectifier technologies such as SCR, IGBT rectifiers offer higher efficiency, faster dynamic response, and improved power factor. This makes them ideal for applications like electroplating, electrolysis, anodizing, wastewater treatment, and electromagnetic systems. Their stable output, low ripple, and advanced digital control help improve process quality, reduce energy consumption, and extend equipment lifespan.
RectaMax differs from traditional SCR rectifiers by using advanced IGBT technology instead of phase‑controlled thyristors. While SCR rectifiers typically suffer from higher energy losses, higher ripple, and slower response, RectaMax provides precise, fast, and continuous control of voltage and current. It delivers higher efficiency, better power factor, more compact design, and superior performance under dynamic load conditions. Reduced need for bulky filters and lower maintenance requirements result in a lower total cost of ownership. RectaMax is ideal for industries that demand high output quality, energy efficiency, and reliable performance.
Yes, RectaMax rectifiers are fully customizable to meet specific industrial and project requirements. Output voltage and current ranges, cooling methods, control interfaces, monitoring systems, and protection levels can all be tailored to customer needs. RectaMax can also be integrated with industrial automation systems and various communication protocols. This flexibility makes it suitable for both standard industrial installations and highly specialized applications.
RectaMax requires minimal maintenance due to its modern design and IGBT‑based architecture. The absence of complex mechanical components and reduced thermal stress extend system lifespan. Routine maintenance typically includes periodic inspection of the cooling system, checking electrical connections, and cleaning air filters. Built‑in monitoring functions allow early fault detection and preventive maintenance, resulting in reduced downtime and lower maintenance costs.
RectaMax is best suited for industries that require stable, high‑quality DC power. These include electroplating and metal finishing, anodizing, electrolysis, wastewater treatment, chlorination, chemical processing, and electromagnetic applications. Its precision control, energy efficiency, and reliability make RectaMax an ideal solution for demanding industrial environments and continuous operation processes.
