PEEK CO₂RR Gas Diffusion Flow Cell – 20 × 20 mm CO₂ Electrochemical Flow Cell
PEEK CO₂RR Gas Diffusion Flow Cell
The PEEK CO₂RR Gas Diffusion Flow Cell is a compact electrochemical flow cell designed for carbon dioxide reduction reaction (CO₂RR), gas diffusion electrode (GDE) testing, CO₂ electrolysis, and electrocatalysis research.
Manufactured from PEEK, the cell provides a robust and chemically resistant platform for laboratory electrochemical experiments. The 20 × 20 mm active area provides a defined 4 cm² Working electrode area for catalyst and gas-diffusion electrode testing.
The flow-cell design supports controlled CO₂ gas and electrolyte flow to the electrode assembly and can be integrated with suitable potentiostat and gas-supply systems.
Key Features
- PEEK construction
- 20 × 20 mm active electrode area
- 4 cm² Working electrode area
- Designed for CO₂ reduction reaction (CO₂RR)
- Suitable for gas diffusion electrode (GDE) testing
- CO₂ gas flow configuration
- Electrolyte flow configuration
- 3 mm OD tube pipe fittings
- Compact laboratory design
- Suitable for potentiostat-based electrochemical measurements
- Custom configurations available
Technical Specifications
Cell Material: PEEK
Cell Type: CO₂RR Gas Diffusion Flow Cell
Active Area: 20 × 20 mm
Geometric Electrode Area: 4 cm²
Overall Cell Dimensions: 80 × 70 mm
Plate Thickness: 15 mm per plate
Electrode Type: Gas Diffusion Electrode (GDE)
Gas: CO₂
Pipe Fitting: 3 mm OD tubing
Operation: Gas & Electrolyte Flow
Application: CO₂ Electroreduction / CO₂RR
Customization: Available
Applications
- CO₂ Reduction Reaction (CO₂RR)
- Carbon Dioxide Electroreduction
- Gas Diffusion Electrode Testing
- CO₂ Electrolysis
- CO₂ Electrocatalysis
- Electrocatalyst Evaluation
- CO₂-to-Fuels Research
- CO₂-to-Chemicals Research
- Renewable Energy Research
- Catalyst and Electrode Performance Testing
Customization
Custom PEEK CO₂RR flow cells can be manufactured according to specific research and experimental requirements, including active area, plate dimensions, flow-channel geometry, electrode configuration, gas/liquid ports, tubing connections, and sealing arrangements.
Contact Metnmat Innovations for customized CO₂ electrochemical flow-cell requirements.