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ATOMFAIR® high current MEA electrolysis system setup showing a 3D instrument workstation and 2D fluidic schematic layout.

ATOMFAIR® HIGH CURRENT MEA ELECTROLYSIS LAB SYSTEM SOLUTION

$2,500.00
Notice: Price for reference only. Please contact us directly for an updated quote.

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

Explore high current co2 reduction system platforms. Premium membrane electrode assembly electrolyzer suite options. Turnkey electrochemical lab equipment solution.

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Description

ATOMFAIR® MEMBRANE ELECTRODE ASSEMBLY (MEA) ELECTROLYSIS SUITE & HIGH-CURRENT SYSTEM SOLUTIONS

SCI-GRADE CO2RR INTEGRATED VALIDATION PLATFORM

High-Current MEA Electrolysis Solution Overview
This specialized turnkey instrumentation platform is meticulously engineered for the flexible regulation and precision logging of temperature (heating and cooling), current, and voltage parameters. It is uniquely optimized for high-current density operations under large active geometric areas in carbon dioxide reduction reaction (CO2RR) validation workflows. By mitigating temperature-induced selectivity fluctuations, this configuration secures unparalleled systemic stability and data reproducibility across all multi-phase boundary layers.

System Performance Indicators
  • Electrical Dosing Profile: Maximum output voltage up to 32V with a maximum output current reaching 10A.
  • Measurement Metrics: Readable voltage range up to 20V and current up to 20A, characterized by an ultra-fine accuracy resolution threshold of 0.01V/A.
  • Thermal Dynamic Control: Real-time temperature management up to 100°C with an analytical precision baseline of 0.1°C.
  • Data Acquisition Dynamics: High-sensitivity software logging of up to 12 distinct physical parameters concurrently; auto-save data matrix structures at a 0.02-second temporal resolution interval to safeguard against sudden power failures.
  • Modular Customization and Scalability: Future-proof auxiliary channel configurations supporting secondary sensor integration (e.g., gas velocity flowmeters, gas humidity gauges, and phase purity detectors).

Comprehensive System & Accessory Catalog

SYSTEM COMPONENT / CORE MATRIX FLOW CHANNEL / DIMENSION SPECIFICATIONS FUNCTIONAL REMARKS / CONFIGURATIONS
1. MEA Electrolysis Cells Configurations
Titanium Bipolar Plate Cell Matrix 10×10mm; 20×20mm; 5cm²;
30×30mm; 50×50mm;
100×100mm		 High conductivity substrate layout. Optional replacement with high-purity nickel plates available upon specific consultation.
Graphite Bipolar Plate Cell Matrix 10×10mm; 20×20mm; 5cm²;
30×30mm; 50×50mm		 Optimized chemical stability under diverse operational environments.
Observable Type Electrolytic Cell 10×10mm; 20×20mm; 5cm²;
30×30mm; 50×50mm		 Features highly transparent diagnostic windows for direct phase observation.
Constant Temperature Water-Jacket Cell Matrix 50×50mm;
100×100mm;
200×200mm		 Integrated fluid thermal loop for exact temperature homeostasis. High-purity nickel plate customization supported.
In-situ Raman Compatible Cell 14×14mm Designed for operational real-time spectroscopic baseline diagnostic coupling.
Interchangeable Channel Electrolytic Cell 30×30mm;
50×50mm; 100×100mm		 Modular structural swap design. Minimum flow path baseline restriction applies.
Multi-Cell Stack Assembly Matrix 10×10mm; 20×20mm; 5cm² etc. Standard configuration features a 5-element flow field plate grouping. Supports scaling.
Integrated Control Workstation Hardware Systemic Centralized Control Master control interface for unified high-current electrical and thermal automation loops.
2. One-Stop Turnkey Instrumentation & Core Consumables Matrix
Membrane Electrode Assembly (MEA) Electrolyzer Standard / Optional Catalog Sizes Primary core reactor framework designed for continuous flow testing.
Peristaltic Delivery Pump Controlled Volumetric Output Maintains uniform liquid phase mass transport delivery across channels.
Anion Exchange Membrane Fuma-FAA Architecture Premium selective ionic transport boundary layer.
Cation Exchange Membrane 100×100mm High chemical stability proton validation substrate layer.
Kapton Polyimide Adhesive Tape 8mm Width × 30m Length High-temperature insulation sealing substrate.
Hydrophobic Carbon Paper GDE 100×100mm Packed 10 pieces per box; optimizes gas diffusion layer consistency.
Conductive Copper Tape Baseline 5mm Width × 50m Length Low resistance interface collection layer.
Liquid Flow Cell Channel Module Fluidic Path Integration Secures homogeneous electrolyte velocity field tracking.
PTFE Tubing Substrate 3mm Inner Diameter × 5m Length High chemical immunity delivery piping line.
Electrolyzer Humidification Vessel Optimized Phase Dosing Secures reliable gas feed hydration.
Gas-Liquid Mixing Pump Integrated High-Shear Design Promotes thorough multi-phase equilibrium cutting configurations.
Thermal Regulation Controller Precise Thermal Tracking Loop Dedicated heating and temperature stabilization control device.
Mass Flow Meter Validation Module High-Precision Calibration Ensures exact analytical reactant gas dosing profiles.
Manufacturing Standards Processed and calibrated under strict ISO 9001 and international electrochemical hardware testing conditions. All dimensional matrices listed represent standard catalog inventory. Custom configurations, chamber volumes, and specific material sizing are available upon official request. Please contact our engineering team to request formal institutional quotes and pricing details.

Key System Advantages
  • One-Stop Platform Integration: Fully consolidated configurations pairing the electrochemical workstation, cells, fluidic controllers, and consumables to accelerate experiment setup.
  • High-Current Thermal Mitigation: Built-in structural water-jackets and cooling loops counteract ohmic heating artifacts under severe current density testing.
  • Superior Structural Seals: Reinforced materials preserve system tightness over long validation cycles, ensuring reliable product yield analysis.

APPLICATION SCOPE: High-Current Density CO2 Reduction Validation, Zero-Gap Membrane Electrode Assembly (MEA) Testing, Flow Cell Kinematics, and Institutional Secondary Energy R&D.
IMPORTANT NOTICE: Components must be rinsed thoroughly with deionized water post-testing to eliminate salt precipitation and scale degradation across channels before next validation.
TAILORED SOLUTIONS FOR CO2RR RESEARCH
Contact our engineering team for specialized architecture requests or official institutional quotations.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC  |  Brand: ATOMFAIR®

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).

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