100 mL Water-Jacketed Electrochemical Cell – Three-Electrode

The 100 mL Water-Jacketed Electrochemical Cell is a laboratory electrochemical vessel designed for research using a three-electrode arrangement. It supports experiments involving working, counter, and reference electrodes selected according to the measurement requirements.
The cell features a transparent glass body with an integrated water jacket. The jacket allows circulation of a suitable heat-transfer fluid from an external temperature-control system to support experiments at controlled electrolyte temperatures.
The multi-port top cover supports electrode positioning during electrochemical measurements. Electrode fit, immersion depth, electrolyte volume, and connection requirements must be matched to the selected experimental configuration.
The water-jacketed electrochemical cell is suitable for electrode characterization, electrocatalysis research, electrolyte investigations, and temperature-dependent electrochemical studies using compatible electrodes and instrumentation.
Technical Specifications:
Product Type: Water-Jacketed Electrochemical Cell
Capacity Designation: 100 mL
Cell Construction: Glass Vessel with Integrated Water Jacket
Electrode Configuration: Three-Electrode Arrangement
Working Electrode Position: For an Application-Specific Working Electrode
Counter Electrode Position: For an Application-Specific Counter Electrode
Reference Electrode Position: For a Compatible Reference Electrode
Top Cover: Multi-Port Electrode Holder
Temperature-Control Method: Fluid Circulation Through the Water Jacket
Temperature-Control Equipment: Requires a Suitable External Circulation System
Measurement Instrumentation: Compatible Potentiostat or Galvanostat, Depending on the Experiment
Operating Environment: Laboratory-Scale Electrochemical Research
Applications:
Electrode Characterization: Investigation of electrode response in suitable electrolyte systems.
Electrocatalysis Research: Evaluation of catalyst-coated electrodes under defined experimental conditions.
Temperature-Dependent Electrochemistry: Study of changes in electrochemical behavior at controlled electrolyte temperatures.
Electrolyte Research: Investigation of compatible electrolyte compositions and electrode–electrolyte interactions.
Redox Reaction Studies: Examination of oxidation and reduction behavior using suitable electrochemical methods.
Catalyst Screening: Comparative evaluation of electrode and catalyst materials using consistent test conditions.
Electrochemical Measurement Compatibility:
The 100 mL Water-Jacketed Electrochemical Cell is intended for laboratory measurements using suitable electrodes and connected electrochemical instrumentation. The applicable measurement method depends on electrode configuration, electrolyte compatibility, cell geometry, and instrument capabilities. Temperature-dependent experiments require an external circulation system and appropriate monitoring of the electrolyte temperature.
Compatible Research Techniques
Cyclic Voltammetry (CV): Investigation of electrode response and oxidation–reduction behavior.
Linear Sweep Voltammetry (LSV): Measurement of current response during a controlled potential sweep.
Chronoamperometry: Measurement of current over time under controlled potential.
Chronopotentiometry: Measurement of potential over time under controlled current.
Temperature-Dependent Voltammetry: Comparison of voltammetric response at different controlled electrolyte temperatures.
Electrochemical Stability Studies: Monitoring of electrode response over time under defined experimental conditions.
Key Features:
Water-Jacketed Glass Construction: Supports fluid circulation around the reaction vessel for temperature-controlled experiments.
Three-Electrode Arrangement: Supports working, counter, and reference electrode positions.
Transparent Glass Body: Allows visual observation of the electrolyte and electrode arrangement.
Multi-Port Top Cover: Supports positioning of electrodes for laboratory measurements.
External Temperature-Control Connection: Allows integration with a suitable heating or cooling circulation system.
Research Configuration Flexibility: Supports selection of electrodes, electrolytes, and instrumentation according to the experiment.