C026-2 All-PTFE Photoelectrochemical Cell

Position: Home > > Analytical instruments > Electrochemical Equipment > Electrochemical workstation/ constant potential instrument > C026-2 All-PTFE Photoelectrochemical Cell

C026-2 All-PTFE Photoelectrochemical Cell

Product ID：FDgzz034

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberC026-2

Brand NameGAOSHIRUILIAN

Payment TermsTT，PAYPAL，Alibaba.com Pay

C026-2 All-PTFE Photoelectrochemical Cell
Product Introduction
The C026-2 All-PTFE Photoelectrochemical Cell is a sealed three-electrode electrochemical cell designed for photoelectrochemical and electrochemical research. It features a chemically resistant PTFE cell body and a detachable quartz window with light transmittance above 95%, providing an effective optical path for photoelectrochemical measurements.
The standard working area is 1 cm², while customized working areas and cell volumes from 30 mL to 500 mL are available. The working electrode is secured against the defined-area opening by a rear screw, providing reliable compression and sealing.
The C026-2 Photoelectrochemical Cell supports customized auxiliary and reference electrodes, liquid-level gas bubbling, optional sampling ports, and replaceable quartz windows, making it suitable for a wide range of photoelectrochemical and electrochemical experiments.

Performance Features
• All-PTFE construction: Provides excellent chemical resistance for a wide range of electrolyte systems.
• High-transmittance quartz window: Quartz window provides light transmittance above 95% for photoelectrochemical measurements.
• 1 cm² standard working area: The defined working area can also be customized according to experimental requirements.
• Three-electrode configuration: Supports working, auxiliary, and reference electrode systems.
• Reliable sealing structure: Rear screw compression securely fixes the working sample and seals the defined working area.
• Flexible gas and sampling options: Supports liquid-level gas bubbling and optional sampling ports.
• Replaceable quartz window: The detachable quartz window allows quick replacement when required.

Working Principle
The C026-2 Photoelectrochemical Cell operates by applying an external potential or current to an electrolyte through a three-electrode system. The working electrode is the primary reaction surface, the reference electrode provides a stable reference potential, and the auxiliary electrode completes the electrical circuit.
During photoelectrochemical measurements, light passes through the high-transmittance quartz window and reaches the working electrode or photoactive sample. When illuminated, the photoactive material generates charge carriers that participate in oxidation-reduction reactions at the electrode/electrolyte interface. The resulting electrochemical response is measured using a potentiostat or electrochemical workstation.
The PTFE sealing structure helps reduce electrolyte leakage and external interference, while the gas bubbling system can provide a controlled experimental atmosphere when required.

Technical Parameters

Parameter	Specification
Model	C026-2
Cell Type	Photoelectrochemical Cell
Cell Material	PTFE (Polytetrafluoroethylene)
Electrode Configuration	Three-electrode system
Standard Working Area	1 cm²
Custom Working Area	Available
Quartz Window	Detachable quartz glass
Quartz Light Transmittance	>95%
Cell Volume	30–500 mL
Working Electrode	Standard or non-standard sample
Auxiliary Electrode	Customized
Reference Electrode	Customized
Sealing Method	Rear screw compression and PTFE sealing
Electrode Connection	Internal plug-in connection through top connector
Gas Introduction	Liquid-level bubbling available
Sampling Port	Optional
Cell Body Connection	External threaded design
Electrode Alignment	360° rotatable PTFE inner core
Optical Window Replacement	Detachable and replaceable
Customization	Available according to experimental requirements

Application Scenarios
The C026-2 All-PTFE Photoelectrochemical Cell is suitable for:
•Photoelectrochemical research: Photoelectrochemical reactions and photoactive material studies.
•Semiconductor photoelectrodes: Evaluation of semiconductor photoelectrodes and light-responsive materials.
• Electrode and catalyst research: Testing electrode materials, catalysts, coatings, and functional materials.
•Three-electrode electrochemical measurements: Cyclic voltammetry, chronoamperometry, and other electrochemical techniques.
• Controlled-atmosphere experiments: Electrochemical and photoelectrochemical testing requiring gas bubbling.
• Energy and materials research: Research on photoelectrodes, catalytic materials, and electrochemical energy conversion.
• Laboratory electrochemical testing: Sealed electrochemical experiments requiring optical access and chemical resistance.

Comparison: C026-2 vs. Conventional Electrochemical Cells

Feature	C026-2 All-PTFE Photoelectrochemical Cell	Conventional Electrochemical Cell
Main Application	Photoelectrochemical and electrochemical research	General electrochemical testing
Cell Material	PTFE	Glass or other materials
Optical Window	Quartz, >95% transmittance	May not have a dedicated optical window
Working Area	Standard 1 cm², customizable	Usually fixed or application-dependent
Electrode Configuration	Three-electrode system	Depends on cell design
Sealing	PTFE compression sealing	Varies by design
Gas Bubbling	Available	Configuration-dependent
Sampling Port	Optional	Configuration-dependent
Quartz Window	Detachable and replaceable	Not always replaceable
Customization	Working area, volume, electrodes, and ports	Depends on design

FAQ
1. What is the C026-2 Photoelectrochemical Cell used for?
The C026-2 is designed for photoelectrochemical and electrochemical experiments involving photoelectrodes, semiconductor materials, catalysts, and three-electrode electrochemical systems.
2. What is the standard working area?
The standard working area is 1 cm². Other working areas can be customized according to the sample and experimental requirements.
3. Can non-standard working electrode samples be used?
Yes. Non-standard samples can be used when they adequately cover the defined working-area opening to ensure proper sealing.
4. What is the light transmittance of the quartz window?
The quartz window provides more than 95% light transmittance, making it suitable for photoelectrochemical experiments requiring optical illumination.
5. Can the auxiliary and reference electrodes be customized?
Yes. The auxiliary and reference electrodes need to be customized to match the C026-2 Photoelectrochemical Cell and the user's experimental configuration.
6. Can the cell volume be customized?
Yes. The standard cell volume ranges from 30 mL to 500 mL, with customized volumes available upon request.
7. Can gas bubbling and a sampling port be added?
Yes. A liquid-level gas bubbling system can be configured according to the experimental atmosphere requirements. A sampling port can also be added as an optional feature.
8. Can the quartz window be replaced?
Yes. The quartz window is detachable and can be quickly removed and replaced when necessary.

FAQ
1. What is the C026-2 Photoelectrochemical Cell used for?
The C026-2 is designed for photoelectrochemical and electrochemical experiments involving photoelectrodes, semiconductor materials, catalysts, and three-electrode electrochemical systems.
2. What is the standard working area?
The standard working area is 1 cm². Other working areas can be customized according to the sample and experimental requirements.
3. Can non-standard working electrode samples be used?
Yes. Non-standard samples can be used when they adequately cover the defined working-area opening to ensure proper sealing.
4. What is the light transmittance of the quartz window?
The quartz window provides more than 95% light transmittance, making it suitable for photoelectrochemical experiments requiring optical illumination.
5. Can the auxiliary and reference electrodes be customized?
Yes. The auxiliary and reference electrodes need to be customized to match the C026-2 Photoelectrochemical Cell and the user's experimental configuration.
6. Can the cell volume be customized?
Yes. The standard cell volume ranges from 30 mL to 500 mL, with customized volumes available upon request.
7. Can gas bubbling and a sampling port be added?
Yes. A liquid-level gas bubbling system can be configured according to the experimental atmosphere requirements. A sampling port can also be added as an optional feature.
8. Can the quartz window be replaced?
Yes. The quartz window is detachable and can be quickly removed and replaced when necessary.