C025-10 Replaceable Membrane 3H Electrochemical Cell

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C025-10 Replaceable Membrane 3H Electrochemical Cell

Product ID：FDgzz040

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberC025-10

Brand NameGAOSHIRUILIAN

Payment TermsTT，PAYPAL，Alibaba.com Pay

C025-10 Replaceable Membrane 3H Electrochemical Cell
Product Overview
The C025-10 Replaceable Membrane 3H Electrochemical Cell is an upgraded version of the C008-10 electrochemical cell, featuring an integrated optical window for photoelectrochemical and light-assisted electrochemical experiments.
Manufactured from high-quality borosilicate glass, the cell adopts a dual-chamber design separated by a user-supplied ion-exchange membrane. The working electrode, counter electrode, and reference electrode can be configured with extended-length electrodes according to experimental requirements.
Designed for advanced electrochemical research, electrocatalysis, membrane studies, and photoelectrochemical applications, the C025-10 offers excellent sealing performance, convenient membrane replacement, efficient gas purging capability, and reduced solution resistance through optimized electrode placement.

Key Features
•Integrated optical window for photoelectrochemical experiments
•Replaceable membrane design for flexible research applications
•Three-electrode electrochemical system
•High-borosilicate glass construction
•10mL reaction volume
•Relative-sealed and fully sealed configurations available
•Easy membrane replacement through chain-linked chamber design
•Reference electrode located in the working electrode chamber to reduce IR drop
•Internal-thread sealing structure for reliable leak prevention
•Under-liquid gas sparging device included
•Optional sampling port available
•Suitable for electrocatalysis, PEC, and membrane research

Working Principle
The C025-10 employs a dual-chamber electrochemical design where the cathode chamber (working electrode chamber) and anode chamber (counter electrode chamber) are separated by an ion-exchange membrane supplied by the user.
The reference electrode is placed in the same chamber as the working electrode, minimizing solution resistance and improving electrochemical measurement accuracy. During operation, ions transfer through the membrane while the anodic and cathodic reactions remain physically separated.
The integrated optical window allows external light sources to illuminate the reaction area, enabling photoelectrochemical testing, photocatalyst evaluation, and light-assisted electrochemical studies.
A built-in gas sparging system can introduce gases below the liquid surface to create controlled experimental atmospheres such as nitrogen, oxygen, hydrogen, argon, or carbon dioxide environments.

Technical Specifications

Parameter	Specification
Model	C025-10
Product Type	Replaceable Membrane 3H Electrochemical Cell
Cell Material	High Borosilicate Glass
Electrochemical System	Three-Electrode System
Cell Volume	10 mL
Chamber Design	Dual-Chamber
Optical Window	Yes
Membrane Type	User-Supplied Ion-Exchange Membrane
Electrode Configuration	Extended-Length Electrodes Required
Sealing Type	Relative Sealed / Fully Sealed
Membrane Replacement	Quick Replacement Design
Gas Sparging Device	Included
Sampling Port	Optional
Valve Installation	Not Supported
Tubing Diameter	3 mm PTFE Tube
Temperature Control System	Not Included

Sealing System Comparison

Feature	Relative Sealed Version	Fully Sealed Version
Electrode Installation	Through PTFE Plug	Through PTFE Cap Connector
Sealing Method	O-Ring Compression Seal	Internal Electrode Plug-In Seal
Gas Tightness	Good	Excellent
Air-Sensitive Experiments	Suitable	Highly Recommended
Atmosphere Control	Good	Superior
Leak Prevention	Reliable	Maximum Protection

Typical Applications
Electrochemical Research
•Electrocatalyst evaluation
•Redox reaction studies
•Electrochemical kinetics analysis
Photoelectrochemical (PEC) Research
•Photocatalyst testing
•Solar fuel studies
•Photoelectrochemical water splitting
Membrane Studies
•Ion-exchange membrane evaluation
•Membrane transport research
•Electrolyzer membrane testing
Energy Conversion & Storage
•Hydrogen evolution reaction (HER)
•Oxygen evolution reaction (OER)
•CO₂ reduction reaction (CO₂RR)
Academic & Industrial Laboratories
•University research projects
•Electrochemical materials development
•Advanced catalyst screening

Comparison with Standard Three-Electrode Cells

Feature	C025-10 Replaceable Membrane 3H Cell	Standard Three-Electrode Cell
Optical Window	Yes	Usually No
Dual-Chamber Design	Yes	Typically Single Chamber
Replaceable Membrane	Yes	Usually No
Photoelectrochemical Testing	Supported	Limited
Gas Atmosphere Control	Integrated	Optional
Membrane Research Capability	Excellent	Limited
IR Drop Reduction	Optimized Design	Standard
Sealing Performance	High	Moderate
Experimental Flexibility	High	Standard

FAQ
1. What is the main advantage of the C025-10 over the C008-10?
The C025-10 adds an optical window, making it suitable for photoelectrochemical and light-assisted electrochemical experiments while maintaining membrane-separated operation.
2. What type of membrane does the cell use?
The ion-exchange membrane is supplied by the user and can be selected according to the specific experimental requirements.
3. Why are the reference electrode and working electrode located in the same chamber?
This arrangement minimizes solution resistance (IR drop) and improves measurement accuracy during electrochemical testing.
4. Can gases be introduced into the electrolyte?
Yes. The cell includes a submerged gas sparging device for introducing gases directly below the liquid surface.
5. Is temperature control available?
No. The C025-10 does not include an integrated temperature control system.
6. Can a sampling port be added?
Yes. An optional sampling port can be added upon request at additional cost.
7. Can valves be installed on the cell?
No. The cell does not support valve installation. Fully sealed operation is achieved through quick-connect fittings and 3mm PTFE tubing.

Why Choose the C025-10 Replaceable Membrane 3H Electrochemical Cell?
The C025-10 Replaceable Membrane 3H Electrochemical Cell combines a membrane-separated dual-chamber design, integrated optical window, flexible sealing options, and efficient gas atmosphere control in a compact 10mL platform. It is an ideal solution for electrochemical, photoelectrochemical, membrane, and electrocatalysis research requiring high experimental flexibility and reliable measurement performance.

FAQ
1. What is the main advantage of the C025-10 over the C008-10?
The C025-10 adds an optical window, making it suitable for photoelectrochemical and light-assisted electrochemical experiments while maintaining membrane-separated operation.
2. What type of membrane does the cell use?
The ion-exchange membrane is supplied by the user and can be selected according to the specific experimental requirements.
3. Why are the reference electrode and working electrode located in the same chamber?
This arrangement minimizes solution resistance (IR drop) and improves measurement accuracy during electrochemical testing.
4. Can gases be introduced into the electrolyte?
Yes. The cell includes a submerged gas sparging device for introducing gases directly below the liquid surface.
5. Is temperature control available?
No. The C025-10 does not include an integrated temperature control system.
6. Can a sampling port be added?
Yes. An optional sampling port can be added upon request at additional cost.
7. Can valves be installed on the cell?
No. The cell does not support valve installation. Fully sealed operation is achieved through quick-connect fittings and 3mm PTFE tubing.