ATOMFAIR® MULTI-STACK MEMBRANE ELECTRODE ASSEMBLY CELL

OPERANDO SCALABLE HIGH-POWER METROLOGY

Product Overview

This advanced scalable electrochemical installation is engineered to unlock uncompromised cell-to-cell consistency and robust voltage tracking across stacked reaction layers. By stacking individual flow plates to achieve higher operating voltages and total power outputs, it stabilizes macro-scale baseline testing for electrochemical carbon dioxide reduction (CO2RR), water splitting, and organic electrosynthesis. It establishes an uncompromised operando membrane electrode assembly stack price validation platform for cutting-edge titanium high power electrocatalysis platform R&D workflows.

Technical Specifications

PARAMETER	DETAILS
1. Stacking Topography & Core Materials
Flow Plate Material	Premium High-Purity Titanium (Ti) construction standard (Customizations available using pure Nickel or PEEK)
Internal Circuit Link	Integrated internal manifold layout supporting series connection, parallel flow, or combined series-parallel stacking paths
Thermal Management	Dedicated internal heating tracks and thermocouple monitoring adapters processed inside individual flow plates
Electronic Terminals	Gold-plated copper collector plates providing maximum electrical conductance and elite corrosion shielding
2. Channel Dimensions & Interfacial Seals
Standard Flow Field	Precision machined serpentine, parallel, and leaf-vein geometries (Bespoke spiral, grid, and interdigitated networks supported)
Standard Dimensions	Flexible active dimensions supporting 10×10, 20×20, 22.4×22.4, 30×30, 50×50, and 100×100 mm footprints
Stress Balancing Architecture	Proprietary modular interlocking framework enforcing absolute uniform mechanical pressure distribution from plate to plate
3. Regulatory & Manufacturing Trace
Manufacturing Rules	Processed under strict ISO 9001 compliance validation conditions

Key Features & Advantages

Modular Multi-Layer Scale-Up: Stacking topology allows swift scaling of fluid networks to test high-voltage electrochemical processes under commercial-like stack loads.
Uniform Interfacial Compression: Advanced plate-to-plate mechanical balancing prevents point-stress cracks on membranes, guaranteeing lower ohmic resistance gaps.
Flexible Circuit Reconfiguration: Internal manifold design supports rapid shifts between series connections and parallel fluid tracks to adapt to dynamic fluid flows.

APPLICATION SCOPE: Scalable MEA stack testing, high-current water splitting stacks, modular CO2 reduction validation platforms, and macro-scale electrochemical reactor prototyping.

PACKAGING: Reinforced transit instrumentation chest with custom-molded shock-absorbing slots for individual titanium plates and alignment pins.

IMPORTANT NOTICE: When building multi-plate stacks, maintain tight particle control across all gasket tracks. Torque the high-tension assembly bolts incrementally in a star sequence using a calibrated tool to keep sealing forces absolutely flat across every layer.

TAILORED SOLUTIONS FOR RESEARCH

Contact our engineering team for technical support or official institutional quotations.

EMAIL: inquiry@atomfair.com

Manufacturer: Atomfair LLC

Brand: ATOMFAIR®

multi-stack MEA electrolysis cell

ATOMFAIR® Multi-Stack Membrane Electrode Assembly Cell