ATOMFAIR® DUAL-CHAMBER MEMBRANE-SPLIT GAS DIFFUSION FLOW CELL

OPERANDO MEMBRANE-SEPARATED DUAL FLUIDICS

Product Overview

This advanced analytical flow architecture is explicitly engineered to unlock uncompromised cell-to-cell consistency and robust crossover management during live mobile phase testing. Upgraded directly from single-cavity baselines, it incorporates an integrated ion-exchange membrane interface designed to separate the working and reference probes completely from the counter electrode network. It establishes an uncompromised gas diffusion split cell price validation platform for cutting-edge membrane separated operando electrocatalysis platform R&D workflows.

Technical Specifications

PARAMETER	DETAILS
1. Upgraded Dual-Chamber Layout & Hydrodynamics
Structural Upgrades	Upgraded configuration explicitly dividing internal liquid regions: separates working and reference probe zones from the counter assembly to eliminate byproduct migration
Fluid Circuit Design	Hybrid flow-loop tracking: Chamber 1 features an open reservoir chamber format for working liquid phases, while Chamber 2 hosts a micro-machined serpentine channel configuration
Gas Routing Manifest	Serpentine channel paths direct gas transport streams along the active diffusion barrier to prolong molecular residence times
2. Membrane Integration & Boundary Seals
Membrane Interface	Integrated slot designed to sandwich an independent ion-exchange membrane (e.g., AEM, PEM) to manage product cross-over variables
Interfacial Kinetics	Reactants diffuse across an active Gas Diffusion Layer (GDL) assembly tightly clamped within the core titanium or polymer block perimeters
Optional Probes Notice	The platinum mesh counter substrate and reference electrode probes shown in engineering diagrams are for display purposes and must be sourced separately
3. Regulatory & Manufacturing Trace
Manufacturing Rules	Processed under strict ISO 9001 compliance validation conditions

Key Features & Advantages

Absolute Product Isolation: Integrated membrane separation prevents counter-electrode reaction products from fouling the working catalyst layer.
Serpentine Diffusion Kinetics: High-efficiency gas channels distribute gas uniformly across the active diffusion boundary.
Robust Multi-Layer Compression: Heavy-duty plate assembly distributes clamping pressure evenly across both gas diffusion sheets and ionomer membranes.

APPLICATION SCOPE: Dual-chamber fluid-flow modeling, crossover-controlled gas diffusion, membrane-split operando electrocatalysis, and multi-layer boundary interface engineering.

PACKAGING: Cleanroom sealed package with laser-cut high-density foam slots for individual flow blocks, gaskets, and membrane alignment tracks.

IMPORTANT NOTICE: Since reference probes and platinum meshes must be purchased separately, confirm geometry bounds before testing loops. Symmetrically torque the external plate fasteners to compress the dual-chamber gaskets smoothly without tearing the active ion-exchange membrane matrix.

TAILORED SOLUTIONS FOR RESEARCH

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

EMAIL: inquiry@atomfair.com

Manufacturer: Atomfair LLC

Brand: ATOMFAIR®

dual chamber liquid flow cell

ATOMFAIR® Dual-Chamber Membrane-Split Gas Diffusion Flow Cell