ATOMFAIR® CARBON DIOXIDE REDUCTION COMPLETE SOLUTION SUITE

RESEARCH GRADE MATERIAL & EQUIPMENT

Product Overview

This premium suite delivers an optimized electrocatalytic testing matrix for carbon dioxide reduction reaction (CO2RR) validation workflows. Engineered to provide exceptional cell-to-cell consistency, lower thermal and fluidic transport resistance, and ideal baseline testing control, this unbundled hardware system eliminates testing variables across gas diffusion platforms. Featuring modular gas-diffusion cells, high-performance electrode components, and specialized ion exchange membranes, the entire catalog is structured to appeal to high-end laboratory validation and SCI-grade academic indexing.

Technical Specifications Catalog

CORE SYSTEM MODULE / COMPONENTS	TECHNICAL SPECIFICATIONS / REMARKS
1. Gas Diffusion Electrolysis Cells (Select One Configuration)
Entry-Level Gas Diffusion Electrolytic Cell	Standard configuration for fundamental gas diffusion testing.
Primary Gas Diffusion Electrolytic Cell (PMMA Material)	Single chamber dimensions: 10×10×10mm or 20×20×10mm optional.
Primary Gas Diffusion Electrolytic Cell (PTFE Material)
Primary Gas Diffusion Electrolytic Cell (PEEK Material)
Gas Diffusion Electrolytic Cell	Designed without observation window.
Observable Gas Diffusion Electrolytic Cell (Wide Gap)	Includes analytical observation window; anode-to-cathode distance < 7mm.
Observable Gas Diffusion Electrolytic Cell (Narrow Gap)	Includes analytical observation window; anode-to-cathode distance < 3mm.
Membrane Electrode-Gas Diffusion Multi-functional Cell	Advanced dual-function matrix configuration; anode-to-cathode distance: 1.2mm.
Membrane Electrode Integrated Gas Diffusion Cell	Zero-gap optimization matrix; anode-to-cathode distance: 0.4mm.
2. Auxiliary Fluidic Systems & Reference Electrodes
Water Management System	Maintains precise hydration levels and variable elimination during running.
Ag/AgCl Reference Electrode (PEEK Shaft)	SCI-grade potential tracking baseline. High chemical stability.
Hg/HgO Reference Electrode (PEEK Shaft)	Optimized for alkaline electrochemical environments.
Platinum Foil Electrode	Dimensions: 15×35×0.2mm high-purity catalytic substrate.
Peristaltic Pump Module	Controlled mass transport delivery profile.
3. Ion Exchange Membranes & Consumable Matrix
Anion Exchange Membrane	Fuma-FAA-3-50 selective transport architecture.
Cation Exchange Membrane	N117 configuration; dimensions: 100×100mm.
Hydrophobic Carbon Paper	Dimensions: 100×100mm; Packed 10 pieces per box.
Titanium Mesh Oxide Substrate	Dimensions: 100×100mm; Titanium baseline with loading weight: 0.2mg/cm².
Salt Bridge Connection	Eliminates liquid junction potential artifacts.
Conductive Copper Tape	Dimensions: 5mm width × 50 meters length.
4. Flow Control & Measurement Hardware
Liquid Flow Cell Channel	Uniform electrolyte velocity validation platform.
PTFE Tubing Substrate	Dimensions: 3mm inner diameter × 5 meters length. High chemical immunity.
Steady-Flow Accumulator Vessel	Volume: 30ml; dampens fluidic pulsation to secure phase consistency.
Gas-Liquid Mixing Pump	Features integrated high-shear cutting force processing.
Mass Flow Meter	High-precision gas dosing validation system.
Manufacturing Standards	Processed and calibrated under strict ISO 9001 and international electrochemical hardware testing conditions. All dimensions 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

Homogeneous Flow Dynamics: Engineered to provide uniform electrolyte velocity and gas distribution profiles across the active matrix layer.
Optimized Mass Transport Kinetics: Zero-gap and ultra-narrow gap selections dramatically lower solution resistance and promote gas boundary integration.
Rigid Corrosion Immunity: Crafted from premium high-density PMMA, PTFE, and PEEK substrates to protect research workflows against parasitic background contamination.

APPLICATION SCOPE: Lab-scale Electrocatalytic CO2 Reduction, Flow Cell Mechanism Studies, Gas Diffusion Electrode (GDE) Evaluation, and General Secondary Energy Device 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®

co2 reduction cell

ATOMFAIR® CO2 REDUCTION SYSTEM GAS DIFFUSION LAB CELL SUITE