Water Cooled
12V 15V 5000A 6000A 75KW Water Cooled Plating Rectifier
- Output:12V-15V / 5000A-6000A
- Cooling:Deionized Water Cooling
- Control:CV / CC Digital Display
- Topology:IGBT Switch Mode
13+ Years
Engineering Precision
≥90%
IGBT Power Efficiency
15,000 A
Max Continuous Amperage
±0.5%
Steady-State Accuracy
Enterprise Sourcing Lineup
Precision Pulse Rectifiers & Heavy-Duty Power Supplies
Field-proven topologies configured for continuous galvanic plating, hard anodizing, electrolytic refining, and specialized defense or industrial finishing in high-temperature environments.
PCB & Precious Metals
12V 150A High Frequency Precision Pulse Rectifier
- Output:0–12V / 0–150A
- Application:Au / Ag / Electronic PCB
- Ripple Factor:≤ 1% Low Ripple
- Compliance:CE, EMC, LVD Certified
Heavy Industry
12V 4000A 48kW Industrial Galvanizing Rectifier
- Output:0–12V / 0–4000A
- Protection:Over-Temp, Short-Circuit
- Process:Zn, Ni, Hard Chrome
- Duty Cycle:100% Full Load 24/7
High Current
8000A 12V Water-Cooled Heavy Electroplating Supply
- Output:12V / 8000A Full DC
- Cooling Method:Isolated Water Circulation
- Cabinetry:Sealed Anti-Acid Enclosure
- Interface:RS485 Modbus-RTU / PLC
Anodic Oxidation
100A–3000A Programmable Anodizing DC Power Supply
- Voltage Options:12V / 24V / 60V Adjustable
- Current Scale:100A up to 3000A Range
- Programming:Stepped Voltage/Current Ramp
- Application:Type II & Type III Hard Anodizing
Auto Polarity
48V 625A 30kW Auto-Polarity Reversing Power Supply
- Power Density:30kW Solid State Module
- Reversing Mode:High-Speed Solid-State Commutator
- Function:Descaling / Electrolytic Clean
- Control:Multi-Segment Cyclic Timing
E-Coat Painting
High-Precision Electrophoresis (E-Coat) Rectifier
- Input Voltage:380VAC 3-Phase 50/60Hz
- Regulation:Ultra-Low Voltage Ripple ≤ 0.5%
- Coating Type:Cathodic & Anodic E-Coat
- Safety System:Interlocked Arc Detection
Mega-Watt Class
300kW 20V 15,000A Water-Cooled Electrolysis DC Supply
- Output:20V / 15,000A Extreme Current
- Transformer:Nano-Crystalline Toroidal Core
- Efficiency:> 92% Peak Electrical Yield
- Reliability:Tested for Continuous Duty
Strategic Engineering Applications Across Yangon’s Industrial Zones
Yangon stands as Myanmar's operational epicenter for precision fabrication, metal electroplating, infrastructural finishing, and light-to-heavy engineering. Across prominent production corridors—including the Hlaing Tharyar Industrial Zone, Shwe Pyi Thar, Mingaladon Industrial Park, and South Dagon Industrial Area—manufacturing operators are rapidly shifting away from outdated legacy silicon-controlled rectifiers (SCR) in favor of high-frequency IGBT-driven switch-mode power systems. The operational environment in Yangon poses singular physical constraints: tropical ambients regularly surpassing 38°C, monsoon-related relative humidity exceeding 85%, and frequent grid voltage instability characterized by severe transient surges and under-voltage brownouts.
Deploying cutting-edge pulse electroplating rectifiers resolves crucial structural metallurgical hurdles encountered by local metal finishers. By alternating short peak pulses with relaxation times (off-time intervals), pulse power rectifiers fundamentally suppress the formation of the cathode boundary diffusion layer. This delivers exceptionally dense, ultra-fine-grained crystal structures that virtually eradicate pinholes, decrease porosity, and minimize expensive metal consumption (such as nickel, chromium, zinc, and precious gold/silver bath alloys) while preserving high tensile bonding strength.
Hardware, Fasteners & Construction Zinc Lines
Hlaing Tharyar’s high-throughput electrogalvanizing operations require robust 12V/3000A to 6000A power supplies. Our systems feature localized sub-microsecond pulse regulation to prevent hydrogen embrittlement on critical structural steel rebar, structural bolts, and perimeter security wire meshes.
Automotive & Motorcycle Spares Re-Chroming
Within Shwe Pyi Thar and South Dagon, aftermarket auto components, hydraulic rams, and motorcycle suspension cylinders demand hard decorative and functional chrome finishes. Constant current (CC) accuracy with ripple lower than 1% prevents burned plating edges and micro-cracking defects.
Architectural Aluminum Anodizing
Extruded aluminum profile lines across Mingaladon require stepped-voltage ramps and bipolar anodic oxidation profiles. Fenvix programmable units regulate anodic film growth to provide uniform thickness up to 25 microns for tropical weatherproofing and UV resistance.
Engineering Selection Matrix for Yangon Industrial Surface Engineering
To assist Yangon plant managers, electrochemists, and procurement directors in choosing optimal power configurations, our engineering desk has compiled process requirements derived from operational installations across Southeast Asia:
| Plating & Surface Process | Target Current / Voltage | Recommended Modulation | Enclosure / Protection Rating | Efficiency Benchmark |
|---|---|---|---|---|
| Zinc Acid / Alkaline Rack Plating | 6V–12V | 1000A–5000A | Forward Pulsed & Continuous DC | IP54 Sealed Forced-Air | ≥ 89.5% |
| Decorative / Hard Chrome (Cr+3 / Cr+6) | 12V–15V | 3000A–10000A | High-Frequency Switch Mode (≤1% Ripple) | Isolated Water Cooled (316L SS) | ≥ 90.2% |
| Architectural Aluminum Anodizing | 18V–24V | 500A–3000A | Programmable Stepped-Current Ramp | Heavy-Duty Corrosion Resistant | ≥ 91.0% |
| Precious Gold / Silver PCB Plating | 6V–12V | 100A–500A | Unipolar / Bipolar Micro-Pulse Train | Chassis Air Cooled + Conformal Coat | ≥ 88.5% |
| Electro-winning / Metal Refining | 8V–20V | 5000A–15000A | Continuous Constant Current (CC) | Integrated Heat Exchanger Cooling | ≥ 92.4% |
Industrial Trends Reshaping Myanmar's Electroplating & Finishing Sector
The manufacturing ecosystem in Yangon is navigating a technical shift driven by power economics, infrastructural investments, and environmental compliance demands. Surface finishing operations must balance continuous production against volatile infrastructure conditions. Four overarching technological vectors define modern procurement in the Myanmar territory:
Grid Resiliency & Broad Input Tolerance
Industrial power feeders across Yangon’s perimeter industrial zones frequently suffer voltage sags down to 310V or surges up to 450V. Fenvix systems incorporate a wide ±15% to ±20% AC voltage tolerance window with ultra-fast dynamic transient suppressors, preventing inverter blown-fuses and uninterrupted chemical deposition during micro-surges.
Depolarization & Power Bill Curtailment
Elevated industrial kilowatt-hour electricity costs require maximum operating efficiency. Operating at >90% efficiency versus 65% for archaic SCR units, high-frequency pulse equipment dramatically limits thermal waste. Furthermore, periodic reverse and pulse wave modulations effectively eliminate ionic depletion near cathodes, allowing for up to 20% faster line throughput.
Corrosive & Tropical Humidity Hermetic Isolation
Yangon’s wet monsoons carry airborne acid aerosol droplets (HCl, H2SO4) directly into factory floor equipment. Standard cooling fans draw these corrosive vapors over delicate electronics, causing short circuits. Our dedicated Yangon-grade units feature completely segregated water-cooled channels, military-grade three-layer PCB conformal coatings, and sealed cabinets.
Digitization & Remote Supervisory Control
Modernized multi-station barrel and rack lines throughout Thilawa SEZ require supervisory telemetry. Standard digital controllers embedded in our power supplies integrate standard RS485 Modbus-RTU, Profibus, or isolated 4-20mA/0-10V analog logic, allowing local technicians to control ampere-hour meters, process timers, and emergency stops from central PC consoles.
Enterprise Credentials & Verification
Guangdong Fenvix Technology: Industrial Reliability Built In-House
Operating an advanced ISO 9001 quality-managed production facility in Guangdong since 2013, we deliver direct manufacturer support, comprehensive OEM/ODM engineering, and verified industrial certifications without middleman margins.
Complete Vertical Manufacturing & Testing Control
Unlike trading syndicates and basic assemblers, Fenvix conducts sheet metal fabrication, precision copper busbar shearing, punching, milling, drilling, tapping, and SMD motherboard insertion under one roof. Our 3,000 m² workshop controls mechanical integrity, heat dissipation profiles, and shipment scheduling from raw component intake to finished export.
Every industrial plating rectifier undergoes multi-stage quality control: 100% incoming inspection of primary IGBT modules (Infineon, Fuji), nano-crystalline magnetic cores, load burn-in under continuous maximum current, and precision oscilloscope validation across all dynamic pulse waveforms.
ISO 9001:2015
Certified Management System
TÜV Rheinland
On-Site Factory Verified
CE / RoHS / EMC
International Safety Compliance
No MOQ Policy
Single Unit Prototypes Welcome
Procurement & Technical Support
Frequently Asked Questions by Industrial Buyers in Myanmar
Straight answers covering logistics, voltage compatibility, thermal performance, and on-site operation across Yangon industrial zones.
How do Fenvix pulse rectifiers withstand the ambient heat and humidity of Yangon?
Our systems for the Yangon market are engineered specifically for tropical climates with ambient temperatures reaching 40°C+ and high relative humidity. We incorporate completely sealed internal electrical cabinets with deionized water-cooling (utilizing titanium or 316L stainless steel heat exchangers) to isolate sensitive power electronics from airborne acid mists. Air-cooled models feature multi-pass tropicalized conformal coating over all driver boards and oversized copper radiators paired with high-static-pressure IP55 dust-proof fans.
Can your power supplies handle frequent voltage fluctuations and power generator transfers?
Yes. Recognizing that factories in Hlaing Tharyar and Shwe Pyi Thar run frequently on diesel generator sets during grid shedding, our rectifiers integrate an ultra-wide AC input operating window (380V ± 15% or optional ±20%, 3-phase, 50Hz). The high-frequency switch-mode control loop responds within microseconds to input sags and swells, shielding the output DC circuit from spikes that could ruin sensitive electroplating batches.
What is the lead time, shipping route, and customs handling for deliveries to Yangon?
Standard configurations (100A to 3000A) typically dispatch within 7 to 12 working days from our Guangdong factory. For high-power bespoke systems (5000A to 15,000A water-cooled), manufacturing and full-load burn-in take 15 to 20 days. Shipments are routed via sea freight directly from Guangzhou/Shenzhen ports to Yangon Port (Myanmar Port Authority / Asia World Port Terminal), taking roughly 10 to 14 days on water. We support CIF Yangon, FOB China, EXW, and complete door-to-door DDP arrangements via regional logistics partners.
Why should we transition from existing SCR (thyristor) rectifiers to high-frequency pulse power?
SCR rectifiers operate at an efficiency between 60% and 75%, generating significant excess heat and high harmonic distortion on your utility bill. Fenvix high-frequency IGBT switch-mode rectifiers achieve steady-state electrical efficiencies ≥90%. Pulse wave modulation introduces controlled off-times that allow metal ions to replenish at the cathode boundary layer, generating denser plating layers with less noble metal consumption, zero edge burn, and up to 25% reductions in monthly electricity expenditures.
What engineering information is required to receive an exact quotation?
To provide an optimized recommendation, please share: (1) Output voltage and maximum continuous direct-current (amperage) requirements; (2) Process application (e.g., hard chrome, acid zinc, anodizing, precious metal plating); (3) Preferred cooling approach (forced-air cooling or closed-loop water cooling); (4) Desired automation interfaces (RS485 Modbus, analog 0-10V, PLC relay signals); and (5) Primary AC grid supply parameters.
How does Fenvix support overseas commissioning, maintenance, and warranty replacement?
We supply every machine with detailed electrical wiring schematics, spare parts kits (including control boards, IGBT drivers, and bypass diodes), and comprehensive English operational documentation. Our senior engineering staff provides direct video commissioning, PLC integration support, and diagnostic consultation. All Fenvix industrial rectifiers carry a full 12-month structural warranty, with critical replacement sub-assemblies dispatched promptly via air courier.
Upgrade Your Surface Finishing Efficiency in Yangon
Consult directly with our senior power conversion engineering team. Get comprehensive technical schematics, customized pulse parameter programming, and competitive direct-factory pricing within 24 hours.