PTFE Photoelectrochemical Cell for Three-Electrode Quantum Efficiency & IPCE

PTFE Photoelectrochemical Cell for Three-Electrode Quantum Efficiency & IPCE Testing 
 
The PTFE Photoelectrochemical Cell is a compact three-electrode cell designed for laboratory photoelectrochemical and optical measurements.
The cell is manufactured from PTFE and includes dedicated ports for the working electrode (WE), platinum counter electrode (CE), and Ag/AgCl reference electrode (RE). A 20 × 20 mm quartz window provides optical access to the sample for controlled illumination and photoelectrochemical measurements.
The cell is suitable for quantum efficiency, IPCE, photocurrent, photoelectrode, and semiconductor material testing.
Three-Electrode Configuration
Working Electrode (WE): PTFE sample/working-electrode holder
Counter Electrode (CE): Platinum (Pt)
Reference Electrode (RE): Ag/AgCl
 
Technical Specifications
Cell Material: PTFE
Cell Type: Three-Electrode Photoelectrochemical Cell
Working Electrode: PTFE Sample Holder
Counter Electrode: Platinum (Pt)
Reference Electrode: Ag/AgCl
Outer Dimensions: 100 × 100 × 40 mm
Internal Chamber: 40 × 40 mm
Optical Window: Quartz
Window Size: 20 × 20 mm
Electrode Ports: WE / CE / RE
Fluid Ports: Electrolyte Inlet / Outlet
 
Applications
Quantum Efficiency Measurement
IPCE Measurement
Photoelectrochemical (PEC) Research
Photocurrent Measurement
Photoelectrode Characterization
Semiconductor Material Research
Photocatalysis Research
Solar Energy & Water-Splitting Research
 
Key Features
Precision-machined PTFE construction
Integrated three-electrode configuration
Platinum counter electrode
Ag/AgCl reference electrode
20 × 20 mm quartz optical window
Electrolyte inlet and outlet
Compact laboratory design
Suitable for potentiostat-based measurements
Suitable for optical and photoelectrochemical testing
Custom configurations available
 
Customization
Custom PTFE photoelectrochemical cells can be manufactured according to specific research and instrument requirements, including cell dimensions, electrode arrangement, optical window size, sample holder configuration, and fluid-port locations.
Contact Metnmat Innovations for customized requirements.