PTFE 40mL Water Splitting Electrochemical Reactor – Three-Electrode System

Technical Specifications:-
Product Type: Water Splitting Electrochemical Reactor
Cell Material: PTFE
Electrolyte Capacity: 40 mL
Electrochemical Configuration: Three-Electrode System
Working Electrode: Application-Specific
Counter Electrode: Application-Specific
Reference Electrode: Application-Specific
Electrode Ports: Working / Counter / Reference
Electrolyte Connection: Inlet / Outlet
Reactor Type: Laboratory Electrochemical Reactor
Assembly: Modular PTFE Construction
Instrument Compatibility: Potentiostat / Galvanostat
Primary Application: Water Splitting & Electrocatalysis
Customization: Available
 
Applications:- 
The PTFE 40 mL Water Splitting Electrochemical Reactor is suitable for:
Hydrogen Evolution Reaction (HER)
Oxygen Evolution Reaction (OER)
Water electrolysis research
Electrocatalyst screening
HER catalyst evaluation
OER catalyst evaluation
Electrode material research
Electrochemical catalyst characterization
Electrolyte studies
Energy-conversion research
Hydrogen-production research
Oxygen-production research
Academic research and laboratory R&D
 
Electrochemical Measurement Compatibility:-
The three-electrode configuration can be connected to laboratory electrochemical instrumentation such as:
Potentiostat
Galvanostat
Potentiostat/Galvanostat
Electrochemical workstation
Depending on the instrument and experimental configuration, the cell can be used for:
Linear Sweep Voltammetry (LSV)
Cyclic Voltammetry (CV)
Chronoamperometry
Chronopotentiometry
Electrochemical Impedance Spectroscopy (EIS)
 
Key Features:-
40 mL electrolyte capacity
PTFE electrochemical reactor body
Three-electrode configuration
Dedicated WE / CE / RE connections
Electrolyte inlet and outlet
Chemically resistant construction
Electrically insulating reactor body
Suitable for aqueous electrochemical research
Compatible with potentiostat/galvanostat systems
Suitable for HER and OER research
Suitable for electrocatalyst screening
Compact laboratory-scale design
Custom configurations available
 
Product Details:-
1. PTFE Reactor Construction
The main reactor body is manufactured from PTFE (Polytetrafluoroethylene).
PTFE provides an electrically insulating and chemically resistant construction suitable for laboratory electrochemical experiments with a wide range of aqueous electrolytes.
 
2. 40 mL Electrolyte Capacity
The reactor provides a 40 mL electrolyte volume, making it suitable for laboratory-scale water-splitting experiments and electrocatalyst screening.
The relatively compact electrolyte volume can be useful when working with research electrolytes, catalyst samples, or experiments where controlled electrolyte quantity is desirable.
 
3. Three-Electrode Configuration
The reactor is designed for a conventional three-electrode measurement system:
Working Electrode (WE)
The electrode or catalyst being investigated.
Counter Electrode (CE)
Completes the electrochemical circuit and supports the complementary reaction.
Reference Electrode (RE)
Provides a stable reference potential for controlled working-electrode measurements.
This configuration is commonly used for HER and OER electrocatalyst evaluation
 
4. Water-Splitting Research
The reactor is designed primarily for electrochemical water-splitting studies, including:
Hydrogen Evolution Reaction (HER)
Evaluation of electrocatalysts and electrode materials for hydrogen evolution.
Oxygen Evolution Reaction (OER)
Evaluation of oxygen-evolution catalysts and electrode materials.
Water Electrolysis
Laboratory investigation of electrochemical water-splitting reactions.
Electrocatalyst Screening
Comparison of different catalyst compositions, electrode structures and material systems.