Flagship Unit
12V/15V 5000A-6000A 75kW Water-Cooled HF Rectifier
- Output:12V–15V | 5000A–6000A
- Topology:IGBT Soft-Switching
- Cooling:Deionized Liquid Chilled
- Efficiency:≥ 90% Rated Load
Direct Factory Engineering
High-Performance Rectifiers Engineered for Demanding Operations
Field-proven topologies built with high-frequency switch-mode IGBTs, digital DSP controllers, continuous constant voltage/current regulation, and modular cooling packages.
48 kW Output
12V 4000A 48kW High Frequency Plating Rectifier
- Output:0–12V | 0–4000A CV/CC
- Ripple Factor:≤ 2% RMS Low Noise
- Interface:RS485 Modbus-RTU
- Duty Cycle:100% Continuous 24/7
Heavy Duty
8000A 12V Heavy Industrial Water-Cooled Unit
- Output:12V | 8000A Full Scale
- Protection:IP54 Enclosure Shielded
- Plating Types:Hard Chrome, Continuous Zinc
- Control:PLC & Remote Console
Anodizing
100A–3000A Programmable Anodizing Rectifier
- Regulation:Multi-Step Current Ramp
- Voltage Range:12V / 24V / 60V DC
- Process:Type II & III Hardcoat
- Display:Digital Touch HMI Panel
Titanium Grade
150V 50A Titanium Alloy Anodizing Power Supply
- Output:0–150V DC | 0–50A CC
- Response:< 5ms Dynamic Transient
- Protection:Arc Suppression Circuit
- Use Case:Medical & Aerospace Parts
E-Coat Direct
5kW Precision Electrophoretic Paint Power Supply
- Input:380VAC 3-Phase ±15%
- Output:Adjustable High Voltage DC
- Application:Cathodic CED Dip Tanks
- Certification:CE Conformity Verified
Auto-Reversing
48V 625A 30kW Polarity Reversing Rectifier
- Reverse Cycle:Solid-State 0.1s Switching
- Controller:Integrated 4-Stage Timer
- Application:Electrochemical Descaling
- Interface:Isolated RS485 Modbus
High Power Megawatt
300kW 20V 15000A High-Current DC Rectifier
- Max Current:15,000A Symmetrical Bus
- Efficiency:92.5% at Full Load
- Busbar Type:Nickel-Plated Pure Copper
- Target Sector:Continuous Strip & Smelting
13+
Years of Direct Manufacturing
3,000m²
Dedicated Production Facility
15,000A
Maximum Delivered Rectifier Capacity
100%
Full-Load Burn-In Tested Prior to Export
Regional Industry Insight
Surface Treatment Evolution in Shkodër's Industrial Corridors
Transitioning Northern Albania's manufacturing base from legacy thyristor equipment to high-precision, low-ripple high-frequency switch-mode power systems.
The industrial ecosystem of Shkodër and the wider Drin-Buna basin is undergoing a profound structural modernization. Long acknowledged for light engineering, structural wire fabrication, and mechanical sub-assemblies connecting the Port of Bar and the Durrës maritime gateway, regional surface-finishing workshops are confronted with strict European automotive supply-chain standards. Traditional Silicon Controlled Rectifier (SCR) equipment, which dominates aging galvanic lines across the region, introduces severe electrical harmonics, power-factor degradation (often dropping below 0.72), and ripple currents exceeding 5% to 8%. In high-precision decorative chrome, copper-nickel plating, and architectural anodizing, high ripple leads directly to pitting, uneven throwing power in complex cavities, micro-cracking, and excessive chemical consumption.
Furthermore, Shkodër's geographic proximity to maritime and lake atmospheres creates distinct microclimatic challenges. Elevated ambient humidity and airborne salts accelerate galvanic corrosion across unsealed switchgear. Guangdong Fenvix Technology bridges this technical divide by delivering IGBT-based High-Frequency Switch Mode Rectifiers (SMPS) specifically treated with conformal polyurethane PCB coatings, isolated heat-sink tunnels, and fully sealed IP54 water-cooled enclosures. By stabilizing the output ripple factor below 2%, local galvanic workshops improve metal deposition density by 14% to 19% while lowering net grid energy consumption by up to 28% compared to line-frequency transformer installations.
Architectural Hardware & Zinc Electro-Galvanizing
Shkodër serves as an export base for ironmongery, wire mesh, fasteners, and structural steel framing shipped throughout the Western Balkans. Implementing our 12V/15V 4000A–8000A CV/CC rectifiers guarantees ultra-uniform zinc coating thicknesses conforming to EN ISO 2081, preventing edge burning on high-current density rack points and slashing zinc anode erosion.
Extruded Aluminum Anodic Oxidation
With regional construction demand driving high-end architectural facades, Shkodër's aluminum finishers require precise electrochemical film thickness control. Our anodizing power supplies with programmable linear ramps eliminate thermal shock in sulfuric acid electrolyte baths, ensuring MIL-A-8625 Type II and Type III structural hardcoats with deep chromatic uniformity.
Automotive Mechanical Refurbishment & Hard Chrome
Contract manufacturing facilities handling hydraulic pistons, suspension shafts, and commercial vehicle components demand abrasion-resistant hard chrome surfaces. Fenvix water-cooled rectifiers, equipped with microsecond reverse pulse capability, optimize chromium crystalline structures, eliminate hydrogen embrittlement risks, and reduce processing times by up to 22%.
Engineering Reference
Technical Specification & Selection Matrix
Selecting the optimal power supply architecture depends directly on electrochemical bath chemistry, rack area, duty cycles, and environmental constraints.
| Plating / Surface Process | Typical DC Rating | Cooling Design | Critical Control Factors | Recommended Model Family |
|---|---|---|---|---|
| Acid Copper & Bright Nickel | 6V–12V | 500A–5000A | Forced Air / Water-Cooled | Ripple ≤ 2%, Constant Current Accuracy ±0.5% | Fenvix High-Frequency Plating SMPS |
| Continuous Zinc Galvanizing | 12V–15V | 4000A–12000A | Closed-Loop Chilled Water | Continuous 24/7 run-time, Sealed IP54 Cabinet | Fenvix Water-Cooled Heavy Duty Series |
| Type II / III Hard Anodizing | 18V–60V | 1000A–6000A | Air Cooled / Water Cooled | Multi-stage automatic current/voltage ramping profile | Fenvix Programmable Anodic Rectifier |
| Cathodic Electrophoresis (E-Coat) | 150V–400V | 20A–150A | Forced Air Cooling | Soft-start voltage ramp (0–30s), low harmonic distortion | Fenvix Electrophoretic DC Source |
| Electrochemical Wastewater Descaling | 24V–48V | 200A–1500A | Forced Air Cooling | Solid-state auto polarity reversal (0.1–999 min) | Fenvix Polarity-Reversing Series |
| Industrial Smelting & Chlor-Alkali | 15V–36V | 10000A–15000A | Pure Deionized Water | Redundant IGBT power stacks, isolated RS485 Modbus | Fenvix Megawatt Water-Cooled Cabinets |
Enterprise Strengths
Precision Manufacturing From Raw Copper to Load Bank Certification
Unlike trading intermediaries, Guangdong Fenvix Technology Co., Ltd. controls the entire production cycle within our 3,000m² manufacturing workshop in Guangzhou, China. Since 2013, our focus has centered strictly on custom, heavy-duty industrial DC power systems built to solve non-standard engineering problems.
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Engineering Design & Thermal Simulation
Every plating rectifier undergoes rigorous CAD structural layout, finite element thermal modeling, and busbar skin-effect optimization before cutting metal.
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In-House Mechanical & Busbar Machining
We execute all cabinet plate shearing, CNC punching, milling, drilling, and high-purity T2 electrolytic copper busbar bending internally to guarantee tight dimensional tolerances.
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Isolated Control & Conformal Coating
All microelectronic control boards undergo double-dip anti-corrosion conformal coatings to withstand acidic and alkaline vapors typical in electroplating shops.
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100% Full-Current Load Burn-In
Before seaworthy crating, each system undergoes minimum 8-hour continuous full-current burn-in testing against resistive and inductive loads under thermal cameras.
Verified ISO 9001:2015 & TÜV Rheinland Factory
Procurement Guidance
Frequently Asked Questions by Industrial Buyers in Albania
Key technical, electrical, and commercial clarifications for engineers and procurement managers sourcing rectifiers into Shkodër.
What electrical specifications are required to operate Fenvix rectifiers on Shkodër's local grid?
Our rectifiers are engineered to operate seamlessly with standard European 3-phase power grids: 380V/400V AC ±15%, 50Hz. Because industrial areas around Shkodër can experience transmission voltage sags or surges during peak industrial shifts, our units feature a broad input tolerance window (±15%), high-voltage varistor surge suppressors, and instantaneous phase-loss protection to safeguard the internal IGBT bridges from local line instability.
Why choose water cooling over forced air cooling in coastal and lake-adjacent plating workshops?
In Shkodër, high ambient humidity combined with corrosive hydrochloric acid, chromic acid, or alkaline degreasing vapors will degrade air-cooled power electronics over time. Forced air units continuously draw corrosive plant air across heatsinks and components. Fenvix water-cooled rectifiers utilize completely sealed IP54/IP55 enclosures, routing heat via closed-loop deionized water through cold-plate manifolds. This completely isolates active power semiconductors from ambient plant fumes, dramatically extending service life.
What is the Minimum Order Quantity (MOQ) and lead time for custom engineered units?
We maintain a strict MOQ of 1 Unit. We regularly support specialized pilot lines, plant upgrades, and custom tank retrofits. Standard modular rectifiers (500A to 3000A) typically dispatch within 10 to 15 business days. Heavy-duty custom units (5000A to 15,000A water-cooled) have an engineering and build cycle of approximately 20 to 25 business days, followed by full burn-in documentation.
Can Fenvix rectifiers interface with our existing German or Italian automated PLC plating lines?
Yes. All Fenvix electroplating and anodizing rectifiers come standard with isolated RS485 Modbus-RTU communications and analog dry-contact terminals (0–10V / 4–20mA). They integrate directly into Siemens, Schneider, Mitsubishi, or Omron PLCs for automated multi-step current ramps, bath temperature logging, amphour dosing calculations, and automated polarity switching without auxiliary adapters.
What international certifications and customs documentation accompany shipments to Albania?
Every unit leaves our Guangdong factory backed by ISO 9001:2015 quality certifications and model-specific CE Conformity declarations (complying with the Low Voltage Directive 2014/35/EU and EMC Directive 2014/30/EU). For customs clearance at the Port of Durrës or Podgorica airport/land customs, we supply clean Commercial Invoices, Packing Lists, Certificates of Origin (CO), and individualized Factory Acceptance Test (FAT) test sheets signed by our lead quality engineers.
How is technical support, commissioning, and warranty service managed remotely?
Fenvix provides comprehensive remote commissioning support via real-time video conferences with our senior electrical engineering team. Each power supply features modular sub-assemblies (driver boards, power modules, filter blocks) with built-in LED fault diagnostic matrices, making replacement and troubleshooting fast and straightforward. We provide a full 12-month factory warranty with expedited air dispatch of any critical spare parts.