100 mL Water-Jacketed H-Cell – Three-Electrode Electrochemical Cell
100 mL Water-Jacketed H-Cell
The 100 mL Water-Jacketed H-Cell is a laboratory H-type electrochemical cell designed for controlled three-electrode electrochemical experiments. The cell provides separate compartments for electrochemical testing and includes a water-jacketed temperature-control arrangement for maintaining controlled experimental conditions.
The cell is suitable for electrochemical research, electrocatalysis, catalyst evaluation, CO₂ electrochemistry, electrolysis, and other laboratory-scale electrochemical measurements.
Three-Electrode Configuration
- Working Electrode (WE): Sample-dependent
- Counter Electrode (CE): Sample-dependent
- Reference Electrode (RE): Compatible reference electrode
- Three dedicated electrode ports provided in the top cover
Technical Specifications
Cell Type: H-Type Electrochemical Cell
Configuration: Three-Electrode System
Capacity: 100 mL
Temperature Control: Water Jacket
Cell Construction: Glass body with water-jacket arrangement
Electrode Ports: WE / CE / RE
Electrolyte Compartments: Two-compartment H-Cell design
Gas/Fluid Connections: Side ports provided
Top Cover: Multi-port electrode holder
Application: Laboratory Electrochemical Research
Key Features
- 100 mL laboratory-scale H-Cell
- Water-jacketed design for temperature control
- Three-electrode configuration
- Separate electrochemical compartments
- Multiple electrode and connection ports
- Suitable for controlled electrochemical experiments
- Suitable for potentiostat-based measurements
- Ideal for catalyst and electrode research
- Custom configurations available
Applications
- Electrochemical Research
- Electrocatalysis
- Catalyst Evaluation
- CO₂ Electrochemistry
- CO₂ Reduction Research
- Water Electrolysis
- Hydrogen Evolution Reaction (HER)
- Oxygen Evolution Reaction (OER)
- Electrochemical Material Testing
- Battery & Energy Research
Customization
Custom H-type electrochemical cells can be manufactured according to specific research requirements, including cell volume, electrode configuration, membrane/separator arrangement, temperature-control requirements, ports, and glassware dimensions.
Contact Metnmat Innovations for customized H-Cell requirements.



























