50 mL Single-Chamber Electrochemical Cell – Glass Reactor
The 50 mL Single-Chamber Electrochemical Cell is a laboratory-scale glass reactor designed for electrochemical research, electrocatalysis, catalyst evaluation, and solution-based electrochemical measurements.
The cell features a transparent glass chamber with a PTFE multi-port lid, providing access for electrodes, gas purging, and other experimental accessories. The transparent chamber allows visual observation of the electrolyte and electrode reactions during experiments.
The multi-port configuration supports flexible electrode arrangements, including working, counter, and reference electrodes, depending on the selected experimental setup. Gas inlet and outlet connections can be used for controlled-atmosphere experiments and electrolyte degassing where suitable ports and tubing are provided.
This cell is suitable for cyclic voltammetry, electrochemical characterization, electrocatalyst screening, gas-purged electrochemical experiments, and laboratory-scale research involving aqueous or application-specific electrolytes.
Technical Specifications
Product Type: Single-Chamber Electrochemical Cell
Product Capacity: 50 mL
Cell Configuration: Single-Chamber Laboratory Electrochemical Reactor
Chamber Material: Transparent Glass
Lid Material: PTFE
Lid Configuration: Multi-Port PTFE Lid
Electrode Arrangement: Suitable for Working, Counter, and Reference Electrode Configurations
Gas Handling: Provision for Application-Specific Gas Purging and Gas Connections
Electrochemical Configuration: Two- or Three-Electrode System, depending on the experimental setup
Electrode Compatibility: Application-Specific Electrodes
Electrolyte Compatibility: Suitable for Application-Specific Electrolytes, subject to material compatibility
Visual Observation: Transparent Chamber for Monitoring Electrolyte and Electrode Behavior
Operating Environment: Laboratory-Scale Electrochemical Research
Operating Pressure: Atmospheric or application-specific controlled gas conditions; not specified as a pressure-rated reactor
Operating Temperature: Suitable for application-specific laboratory conditions, subject to glass, PTFE, and sealing-material compatibility
Applications
Electrochemical Research: Laboratory-scale electrochemical experiments.
Electrocatalysis Research: Evaluation of electrode and catalyst materials.
Cyclic Voltammetry: Electrochemical characterization of electrode behavior.
Linear Sweep Voltammetry: Polarization and electrocatalytic activity studies.
Chronoamperometry: Current response measurements under controlled potential.
Chronopotentiometry: Potential response measurements under controlled current.
Catalyst Screening: Comparative evaluation of electrochemical catalysts.
Hydrogen Evolution Reaction (HER): Research involving hydrogen-evolution catalysts.
Oxygen Evolution Reaction (OER): Research involving oxygen-evolution catalysts.
CO₂ Reduction Research: Electrochemical carbon dioxide reduction studies with a suitable electrode and gas arrangement.
Gas-Purged Electrochemical Studies: Experiments requiring controlled gas purging or degassing.
Electrolyte Research: Evaluation of electrolyte compositions and electrochemical behavior.
Material Science Research: Study of electrode materials and electrochemical interfaces.
Electrochemical Stability Studies: Investigation of electrode and catalyst stability during electrochemical operation.
Electrochemical Measurement Compatibility:
The 50 mL Single-Chamber Electrochemical Cell is designed for laboratory research involving electrode characterization and electrochemical reactions in a common electrolyte chamber.
Compatible Research Techniques
Cyclic Voltammetry (CV): Characterization of electrode and catalyst behavior.
Linear Sweep Voltammetry (LSV): Polarization and electrocatalytic activity evaluation.
Chronoamperometry: Measurement of current response under controlled potential.
Chronopotentiometry: Measurement of potential response under controlled current.
Controlled-Potential Electrolysis: Electrochemical experiments using a suitable potentiostat.
Controlled-Current Electrolysis: Electrochemical experiments conducted at a controlled current.
HER Studies: Evaluation of hydrogen-evolution catalysts.
OER Studies: Evaluation of oxygen-evolution catalysts.
CO₂RR Studies: Carbon dioxide reduction research with a suitable gas supply and electrode arrangement.
Electrochemical Stability Testing: Investigation of electrode and catalyst performance over time.
Gas-Purged Measurements: Electrochemical experiments performed under a selected gas atmosphere.
The actual measurement capability depends on the electrode arrangement, electrical connections, electrolyte, gas-handling configuration, and connected electrochemical instrumentation.
Key Features
50 mL Chamber Capacity: Suitable for laboratory-scale electrochemical experiments.
Single-Chamber Design: Provides a common electrolyte environment for electrode measurements.
Transparent Glass Construction: Enables visual observation of the electrolyte and electrode reactions.
PTFE Multi-Port Lid: Supports flexible electrode and accessory arrangements.
Three-Electrode Compatibility: Suitable for working, counter, and reference electrode configurations.
Gas Purging Support: Allows application-specific gas purging or degassing arrangements.
Flexible Experimental Setup: Suitable for different electrode and electrochemical measurement configurations.
Laboratory-Scale Design: Suitable for research, teaching, and electrochemical development.
Electrolyte Research Compatibility: Supports application-specific electrolyte studies.
Easy Visual Monitoring: Transparent chamber supports observation during experiments.
Electrochemical Workstation Compatibility: Suitable for connection to compatible electrochemical instrumentation.