C032-2 All PTFE H-Type Replaceable Membrane Electrochemical Cell

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C032-2 All PTFE H-Type Replaceable Membrane Electrochemical Cell

Product ID：FDgzz043

Price: US$310.00 ~ US$360.00 PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberC032-2

Brand NameGAOSHIRUILIAN

Payment TermsTT，PAYPAL，Alibaba.com Pay

C032-2 All PTFE H-Type Replaceable Membrane Electrochemical Cell
Product Introduction
The C032-2 All PTFE H-Type Replaceable Membrane Electrochemical Cell is a professional laboratory electrochemical reactor designed for three-electrode electrochemical experiments, electrolysis research, energy materials studies, and electrochemical analysis.
The electrochemical cell adopts a full PTFE (polytetrafluoroethylene) body structure, providing excellent chemical resistance and corrosion resistance. The H-type dual-chamber design separates the working electrode chamber and counter electrode chamber through a replaceable ion membrane, improving experimental stability and reducing interference.
With a flexible electrode configuration, replaceable membrane structure, gas inlet system, and easy-maintenance design, the C032-2 electrochemical cell is suitable for various electrochemical research applications.

Key Features & Benefits
1. Full PTFE Chemical-Resistant Structure
• Cell body made of high-quality PTFE material.
• Excellent resistance to acids, alkalis, and corrosive electrolytes.
• Suitable for long-term electrochemical experiments.
2. Replaceable Ion Membrane H-Type Design
• H-type dual chamber structure.
• Working electrode chamber and counter electrode chamber separated by ion membrane.
• Easy membrane replacement through detachable sealing structure.
• Improves experimental reliability and reduces cross contamination.
3. Three-Electrode System Compatibility
• Designed for working electrode, auxiliary electrode, and reference electrode systems.
• Compatible with extended-length electrodes.
• Reference electrode and working electrode are installed in the same chamber to effectively reduce iR drop.
4. Flexible Experimental Configuration
• Electrolyte volume range: 30ml-500ml.
• Custom volume options available.
• Supports different experimental requirements.
5. Convenient Gas Atmosphere Control
• Equipped with underwater gas bubbling system.
• Allows different gas atmospheres according to experimental requirements.
• Suitable for oxygen-free or controlled atmosphere experiments.
6. Easy Maintenance Design
• Internal threaded sealing structure.
• Electrode sealing achieved through PTFE body and compression ring.
• Quartz window supports rapid installation and replacement.

Working Principle
An electrochemical cell converts electrical energy into chemical energy by applying an external current or potential to an electrolyte system.
During operation, the electrolyte solution inside the cell undergoes oxidation-reduction reactions at the electrodes. The working electrode performs the target electrochemical reaction, the counter electrode completes the current circuit, and the reference electrode provides a stable potential reference.
The C032-2 H-type electrochemical cell uses an ion membrane to separate the cathode and anode chambers while allowing ion migration between them. This structure reduces unwanted reactions between electrode chambers and improves the accuracy of electrochemical measurements.

Technical Specifications

Parameter	Specification
Model	C032-2
Cell Type	H-Type replaceable membrane electrochemical cell
Cell Material	Full PTFE (Polytetrafluoroethylene)
Electrode System	Three-electrode system
Compatible Electrodes	Working electrode / auxiliary electrode / reference electrode
Electrode Requirement	Extended-length electrodes
Chamber Structure	Dual chamber separated by ion membrane
Membrane Type	Replaceable ion membrane (user supplied)
Electrolyte Volume	30ml-500ml
Sealing Method	PTFE threaded sealing + compression ring
Gas Control	Under-liquid gas inlet system
Reference Electrode Position	Same chamber as working electrode
Quartz Window	Quick detachable and replaceable
Customization	Available according to requirements

Application Scenarios
Electrochemical Research
• Cyclic voltammetry (CV) experiments.
• Electrochemical reaction mechanism studies.
• Electrode material evaluation.
Energy Material Research
• Battery material research.
• Fuel cell catalyst testing.
• Hydrogen production and water electrolysis studies.
Corrosion Testing
• Metal corrosion mechanism research.
• Electrochemical corrosion analysis.
• Protective coating evaluation.
Chemical Research
• Electrochemical synthesis.
• Redox reaction studies.
• Controlled atmosphere electrochemical experiments.

C032-2 Electrochemical Cell vs Conventional Electrochemical Cells

Feature	C032-2 All PTFE H-Type Cell	Conventional Electrochemical Cell
Cell Material	Full PTFE corrosion-resistant structure	Glass or standard materials
Chamber Design	H-type dual chamber with membrane separation	Usually single chamber
Membrane Replacement	Easy replaceable membrane design	Difficult or fixed membrane
Electrode Configuration	Flexible three-electrode system	Limited compatibility
Chemical Resistance	Excellent PTFE resistance	Depends on material
Gas Control	Under-liquid gas bubbling available	Limited gas control
Volume Range	30-500ml customizable	Usually fixed volume
Maintenance	Easy cleaning and replacement	More complicated

Frequently Asked Questions (FAQ)
Q1: What is the C032-2 electrochemical cell used for?
The C032-2 is mainly used for electrochemical experiments including electrolysis, catalyst research, corrosion testing, battery materials research, and electrode studies.
Q2: Why use PTFE material for the electrochemical cell?
PTFE provides excellent chemical stability, corrosion resistance, and compatibility with various electrolytes, making it suitable for demanding electrochemical environments.
Q3: Can the membrane be replaced?
Yes. The C032-2 features a replaceable membrane structure, allowing users to replace ion membranes according to different experimental requirements.
Q4: What electrode system does this cell support?
The electrochemical cell is designed for a three-electrode system consisting of working electrode, auxiliary electrode, and reference electrode.
Q5: Can the electrolyte volume be customized?
Yes. Standard volume ranges from 30ml to 500ml, and customized designs are available.
Q6: Does the cell support gas atmosphere control?
Yes. The built-in underwater gas inlet system allows researchers to introduce different gases for controlled atmosphere experiments.

Product Summary
The C032-2 All PTFE H-Type Replaceable Membrane Electrochemical Cell is a high-performance three-electrode electrochemical reactor featuring a corrosion-resistant PTFE structure, replaceable ion membrane design, flexible electrode configuration, and gas atmosphere control capability. It is an ideal solution for electrolysis research, electrochemical analysis, energy materials, corrosion studies, and advanced laboratory experiments.

Frequently Asked Questions (FAQ)
Q1: What is the C032-2 electrochemical cell used for?
The C032-2 is mainly used for electrochemical experiments including electrolysis, catalyst research, corrosion testing, battery materials research, and electrode studies.
Q2: Why use PTFE material for the electrochemical cell?
PTFE provides excellent chemical stability, corrosion resistance, and compatibility with various electrolytes, making it suitable for demanding electrochemical environments.
Q3: Can the membrane be replaced?
Yes. The C032-2 features a replaceable membrane structure, allowing users to replace ion membranes according to different experimental requirements.
Q4: What electrode system does this cell support?
The electrochemical cell is designed for a three-electrode system consisting of working electrode, auxiliary electrode, and reference electrode.
Q5: Can the electrolyte volume be customized?
Yes. Standard volume ranges from 30ml to 500ml, and customized designs are available.
Q6: Does the cell support gas atmosphere control?
Yes. The built-in underwater gas inlet system allows researchers to introduce different gases for controlled atmosphere experiments.