C007-10-2 2H Absolute-Sealed Replaceable-Membrane Electrochemical Cell

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C007-10-2 2H Absolute-Sealed Replaceable-Membrane Electrochemical Cell

Product ID：FDbj058

Price: US$350.00 ~ US$400.00 PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberC007-10-2

Brand NameGAOSHIRUILIAN

Payment TermsTT，PAYPAL，Alibaba.com Pay

C007-10-2 2H Absolute-Sealed Replaceable-Membrane Electrochemical Cell
Product Introduction
The C007-10-2 2H Absolute-Sealed Replaceable-Membrane Electrochemical Cell is a compact 10 mL divided electrochemical cell designed for three-electrode electrochemical testing, electrolysis, electrocatalysis, membrane research, and controlled-atmosphere experiments.
Constructed from high-borosilicate glass, the cell separates the cathode and anode chambers with a replaceable ion membrane. Its absolute-sealing electrode structure uses a PTFE cover, sealing screws, and O-rings to create a highly controlled experimental environment. The working and reference electrodes are positioned in the same chamber to help reduce iR drop.
The C007-10-2 2H also supports liquid-submerged gas introduction, optional sampling ports, and optional valves, providing greater flexibility for experiments requiring controlled gas, sampling, or sealed reaction conditions.

Key Features
• Absolute-sealed electrochemical design for controlled experimental environments.
• 10 mL compact capacity for low-volume electrochemical testing.
• High-borosilicate glass cell body with good chemical resistance.
• Replaceable ion membrane separates the cathode and anode chambers.
• Three-electrode configuration: working, counter, and reference electrodes can be matched to experimental requirements.
• Reduced iR drop: working and reference electrodes are installed in the same chamber.
• PTFE sealing system: sealing screws and O-rings provide reliable electrode sealing.
• Internal electrode connection: PTFE cover enables electrode insertion while maintaining an absolute-sealed configuration.
• Liquid-submerged gas sparging for controlled reaction atmospheres.
• Optional sampling port can be added to the cell body.
• Optional valve can be added for gas or reaction-system control.
• 3 mm PTFE tubing is used for quick-connect sealing connections.
• Suspended-layer structure helps minimize hidden solution in the cell body.

Working Principle
The C007-10-2 2H uses a replaceable ion membrane to separate the cathode and anode chambers while allowing necessary ionic transport between the two sides. This divided structure helps prevent direct mixing of products generated at the two electrodes.
For a typical three-electrode configuration, the working electrode and reference electrode are placed in the same chamber, while the auxiliary/counter electrode is positioned in the other chamber. This arrangement helps shorten the effective measurement path and reduce solution resistance and iR drop.
The electrode ports are sealed using sealing screws and O-rings. The PTFE cover incorporates an internal electrode insertion structure, allowing the electrodes to be connected while maintaining an absolute-sealed reaction environment.
During experiments, gas can be introduced below the electrolyte surface through the built-in sparging system. Optional sampling ports and valves can further support sealed reaction monitoring, gas control, and sample collection.

Technical Specifications

Parameter	Specification
Model	C007-10-2 2H
Cell Type	Absolute-sealed, replaceable-membrane electrochemical cell
Cell Material	High-borosilicate glass
Cell Volume	10 mL
Electrode System	Three-electrode system
Working Electrode	Matched according to experimental requirements
Auxiliary/Counter Electrode	Matched according to experimental requirements
Reference Electrode	Matched according to experimental requirements
Chamber Separation	Replaceable ion membrane
Sealing Type	Absolute sealing
Electrode Sealing	Sealing screw + O-ring
Cover Material	PTFE
Electrode Connection	Internal insertion through PTFE cover
Gas Introduction	Liquid-submerged gas sparging
Sampling Port	Optional
Valve	Optional
Quick Connection	Yes
PTFE Tube Diameter	3 mm
Electrode Arrangement	Working and reference electrodes in the same chamber
iR Drop	Reduced by electrode arrangement
Cell Structure	Single-layer body with suspended-layer design

Applications
Electrolysis and Electrocatalysis
Suitable for divided electrolysis experiments where cathodic and anodic products need to be physically separated.
Three-Electrode Electrochemical Testing
The 10 mL configuration is suitable for cyclic voltammetry, electrochemical reaction studies, catalyst evaluation, and electrode testing.
Membrane Research
The replaceable membrane structure allows researchers to evaluate different ion membranes under controlled electrochemical conditions.
Controlled-Atmosphere Experiments
The submerged gas sparging system enables gases to be introduced directly into the electrolyte for inert, reducing, oxidizing, or other controlled atmospheres.
Sealed Reaction Research
The absolute-sealed structure, optional sampling port, and optional valve make the cell suitable for experiments requiring controlled gas and reaction environments.
Small-Volume Laboratory Research
The compact 10 mL capacity reduces electrolyte consumption while providing a practical platform for laboratory-scale electrochemical research.

C007-10-2 2H vs. Conventional Electrochemical Cell

Feature	C007-10-2 2H	Conventional Electrochemical Cell
Cell Volume	10 mL	Usually larger
Sealing	Absolute-sealed design	Often standard or partially sealed
Membrane	Replaceable ion membrane	May be fixed or unavailable
Cathode/Anode Separation	Membrane-separated	Depends on design
Electrode Configuration	Three-electrode compatible	Varies
Working & Reference Electrodes	Same chamber	Depends on configuration
iR Drop Control	Designed to reduce iR drop	Depends on electrode placement
Gas Sparging	Liquid-submerged	May require additional accessories
Sampling Port	Optional	Usually not integrated
Valve	Optional	Depends on system
Membrane Replacement	Convenient	Often less convenient
Small-Volume Testing	10 mL	Often higher volume

Frequently Asked Questions (FAQ)
1. What is the volume of the C007-10-2 2H electrochemical cell?
The standard cell volume is 10 mL, making it suitable for small-volume electrochemical experiments.
2. What makes this model different from a conventional membrane electrochemical cell?
The C007-10-2 2H is designed for absolute sealing, with a PTFE cover, sealing screws, O-rings, and internal electrode insertion to provide a highly controlled sealed environment.
3. Can the membrane be replaced?
Yes. The cathode and anode chambers are separated by a replaceable ion membrane, allowing the membrane to be changed for different experiments.
4. Is the cell suitable for three-electrode measurements?
Yes. It is commonly used as a three-electrode electrochemical cell. The working and reference electrodes are positioned in the same chamber to help reduce iR drop.
5. Can gases be introduced into the electrolyte?
Yes. The cell includes a liquid-submerged gas sparging system for establishing controlled experimental atmospheres.
6. Can a sampling port be added?
Yes. A sampling port can be added to the cell body according to experimental requirements.
7. Can the cell be equipped with a valve?
Yes. Unlike configurations that do not support additional valves, the C007-10-2 2H can be equipped with an optional valve.
8. What tubing is used for the quick-connect system?
The quick-connect sealing system uses 3 mm diameter PTFE tubing.
9. Are the electrodes included with the cell?
The working, auxiliary/counter, and reference electrodes need to be selected and matched according to the specific experiment.

Frequently Asked Questions (FAQ)
1. What is the volume of the C007-10-2 2H electrochemical cell?
The standard cell volume is 10 mL, making it suitable for small-volume electrochemical experiments.
2. What makes this model different from a conventional membrane electrochemical cell?
The C007-10-2 2H is designed for absolute sealing, with a PTFE cover, sealing screws, O-rings, and internal electrode insertion to provide a highly controlled sealed environment.
3. Can the membrane be replaced?
Yes. The cathode and anode chambers are separated by a replaceable ion membrane, allowing the membrane to be changed for different experiments.
4. Is the cell suitable for three-electrode measurements?
Yes. It is commonly used as a three-electrode electrochemical cell. The working and reference electrodes are positioned in the same chamber to help reduce iR drop.
5. Can gases be introduced into the electrolyte?
Yes. The cell includes a liquid-submerged gas sparging system for establishing controlled experimental atmospheres.
6. Can a sampling port be added?
Yes. A sampling port can be added to the cell body according to experimental requirements.
7. Can the cell be equipped with a valve?
Yes. Unlike configurations that do not support additional valves, the C007-10-2 2H can be equipped with an optional valve.
8. What tubing is used for the quick-connect system?
The quick-connect sealing system uses 3 mm diameter PTFE tubing.
9. Are the electrodes included with the cell?
The working, auxiliary/counter, and reference electrodes need to be selected and matched according to the specific experiment.