ATOMFAIR® SOLID ELECTROLYTE TWO-ELECTRODE ELECTROLYSIS CELL

OPERANDO MEMBRANE-SANDWICH ION-FREE EXTRACTION

Product Overview

This advanced analytical installation utilizes a high-efficiency sandwich architecture designed to enable gas-solid boundary layer engineering. By replacing liquid electro-baths with high-conductance solid-state polymer or porous ceramic electrolyte substrates, it completely eliminates background salt ion impurities to directly synthesize ultra-pure liquid fuels. It establishes an uncompromised pure liquid product electrolyzer price validation platform for cutting-edge solid polymer electrolyte validation platform R&D workflows.

Technical Specifications

PARAMETER	DETAILS
1. Cell Housing & Bipolar Flow Tracks
Bipolar Plate Material	Premium high-purity Titanium (Ti) framing ensuring elite corrosion resistance and electronic contact kinetics
Internal Flow Channels	Precision micro-machined serpentine flow tracks carved into plates 1 and 3 to prolong reactant gas residence time and boost catalyst surface concentrations
2. Multi-Layer Membrane & Center Core Specifications
Anode Boundary Link	Employs a premium anion exchange membrane paired with a gas diffusion layer sheet hosting pre-deposited anode catalysts (Requires hot press consolidation)
Cathode Boundary Link	Employs a premium proton exchange membrane (Nafion™ 115) paired with a gas diffusion layer sheet hosting pre-deposited cathode catalysts (Requires hot press consolidation)
Center Core Component	Dedicated central chamber (Chamber 2) featuring a thick 3 mm square hollowed layer establishing a fixed 4 cm² active void area
Solid Matrix Extraction	The 4 cm² core void space accepts packed solid-state polymer resin beads or porous functional ceramics to support pure water circulation paths
3. Regulatory & Manufacturing Trace
Manufacturing Rules	Processed under strict ISO 9001 compliance validation conditions

Key Features & Advantages

Ion-Free Product Isolation: Advanced three-chamber architecture separates synthesized molecules directly into a deionized water stream to isolate pure acids/alcohols.
Serpentine Kinetic Pathways: Titanium flow fields maximize reactant contact metrics to maintain elite faradaic output rates.
Optimized 3 mm Center Layer: Thick 4 cm2 center frame accommodates optimal solid ionomer packing, balancing ionic migration velocities perfectly.

APPLICATION SCOPE: Solid-state polymer electrolyte electrocatalysis, salt ion-free pure fuel extraction, multi-layer membrane synthesis testing, and carbon gas conversions.

PACKAGING: Sealed protective cleanroom box with custom-fitted high-density slots for internal titanium framing plates, gaskets, and central core manifolds.

IMPORTANT NOTICE: To guarantee uncompromised interfacial transport across the anion/proton exchange membrane interfaces, ensure all multi-layer catalyst structures are consolidated via pre-calibrated hot press tools. Symmetrically torque perimeter bolts to prevent fluid bypassing into gas feeds.

TAILORED SOLUTIONS FOR RESEARCH

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

EMAIL: inquiry@atomfair.com

Manufacturer: Atomfair LLC

Brand: ATOMFAIR®

two-electrode solid electrolyte cell

ATOMFAIR® Solid Electrolyte Two-Electrode Electrolysis Cell