C007-1 Relative-Sealing Replaceable-Membrane H-Type Electrolytic Cell

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C007-1 Relative-Sealing Replaceable-Membrane H-Type Electrolytic Cell

Product ID：FDgzz031

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberC007-1

Brand NameGAOSHIRUILIAN

Payment TermsTT，PAYPAL，Alibaba.com Pay

C007-1 Relative-Sealing Replaceable-Membrane H-Type
Electrolytic Cell

Product Introduction
The C007-1 H-Type Electrolytic Cell is a laboratory H-type electrochemical cell designed for electrolysis, electrochemical analysis and three-electrode experiments. It adopts a relative-sealing structure with the cathode chamber and anode chamber separated by a user-supplied ion membrane.
The working electrode, counter electrode and reference electrode can be configured according to experimental requirements. The reference electrode and working electrode are positioned in the same chamber, helping reduce iR drop during electrochemical measurements.
The cell body is made of high-borosilicate glass with a suspended-layer design that helps minimize hidden solution volume. The replaceable membrane structure, precision electrode alignment, liquid-submerged gas inlet and optional sampling port make the C007-1 suitable for a wide range of electrochemical research applications.
The C007-1 is available in single-layer and double-layer versions. The double-layer version adds a thermostatic water-jacket function for temperature-controlled electrochemical experiments.

Performance Features
• H-type two-chamber design: Separates the cathode and anode chambers using a replaceable ion membrane.
• Relative sealing structure: The two chambers are connected and sealed through a chain structure for convenient membrane replacement.
• High-borosilicate glass body: Provides a suitable transparent reaction environment for laboratory electrochemical experiments.
• Three-electrode configuration: Supports working, counter and reference electrodes according to experimental requirements.
• Reduced iR drop: The reference electrode and working electrode are located in the same chamber.
• Precision electrode alignment: A 360° rotatable PTFE inner core helps align electrodes accurately with the corresponding channels.
• Secure electrode sealing: PTFE plugs and sealing screws provide sealing around the electrode ports.
• Submerged gas bubbling: Supports controlled gas atmospheres according to experimental requirements.
• Optional sampling port: A sampling port can be added to the cell body at additional cost.
• Single- and double-layer versions: The double-layer version provides circulating thermostatic water for temperature control.
• Customizable volume: Standard configurations cover 30–500 mL, with customized volumes available.

Working Principle
An electrolytic cell converts electrical energy into chemical energy by passing current through an electrolyte solution or molten electrolyte. Oxidation and reduction reactions occur at the anode and cathode, respectively.
In the C007-1 H-type cell, the cathode chamber containing the working electrode and the anode chamber containing the counter electrode are separated by an ion membrane. The membrane allows ionic conduction between the two chambers while helping maintain separation of the reaction environments.
For three-electrode measurements, the working electrode and reference electrode are installed in the same chamber, while the counter electrode is positioned in the opposite chamber. The electrode configuration and applied electrical conditions can therefore be adjusted according to the experimental system.
The built-in gas inlet allows gas to be introduced below the liquid surface to establish a required experimental atmosphere. In the double-layer version, thermostatic water continuously circulates through the jacket to maintain a controlled temperature inside the reaction cell.

Technical Parameters

Parameter	Specification
Model	C007-1
Cell Type	H-Type Electrolytic Cell
Sealing Type	Relative sealing
Cell Body Material	High-borosilicate glass
Chamber Structure	Cathode chamber + anode chamber
Membrane	Replaceable ion membrane, user supplied
Electrode Configuration	Three-electrode system
Working Electrode	Extended type, configurable
Counter Electrode	Extended type, configurable
Reference Electrode	Extended type, configurable
Reference Electrode Position	Same chamber as working electrode
Standard Volume	30–500 mL
Custom Volume	Available upon request
Electrode Alignment	360° rotatable PTFE inner core
Electrode Sealing	PTFE plug + sealing screw
Gas Inlet	Submerged gas bubbling
Sampling Port	Optional
Cell Structure	Single-layer / double-layer
Temperature Control	Optional circulating thermostatic water jacket for double-layer version

Application Scenarios
The C007-1 H-Type Electrolytic Cell is suitable for:
• Electrochemical research
• Electrolysis experiments
• Three-electrode electrochemical measurements
• Electrocatalysis research
• Electrochemical synthesis
• Redox reaction studies
• Controlled-atmosphere electrochemical experiments
• Ion membrane-related electrochemical research
• Electrode performance evaluation
• Laboratory catalyst and material evaluation
• Temperature-controlled electrochemical experiments
The submerged gas inlet can be configured according to experimental requirements. For example, a straight-type gas inlet can be used for carbon reduction experiments, while an L-type gas inlet can be used for nitrogen reduction experiments.

C007-1 vs. Other Electrochemical Cell Configurations

Feature	C007-1 H-Type Cell	Conventional Single-Chamber Cell	C007-2 Absolute-Sealing H-Type Cell
Chamber Structure	Two chambers	Single chamber	Two chambers
Membrane	Replaceable	Usually not applicable	Replaceable
Sealing	Relative sealing	General sealing	Absolute sealing
Working/Reference Electrode	Same chamber	Depends on design	Depends on configuration
Counter Electrode	Separate chamber	Same chamber in many designs	Separate chamber
Gas Bubbling	Submerged gas inlet	Depends on design	Depends on design
Membrane Replacement	Convenient	Not applicable	Available
Temperature Control	Optional double-layer version	Depends on design	Depends on configuration
Typical Use	H-type electrochemical research	General electrochemical testing	Experiments requiring absolute sealing

FAQ
1. What is the C007-1 H-Type Electrolytic Cell used for?
It is designed for electrolysis, electrochemical analysis, three-electrode experiments, electrocatalysis and other laboratory electrochemical research.
2. What does “relative sealing” mean?
The C007-1 uses a relative-sealing structure in which the cathode and anode chambers are connected and sealed while remaining separated by an ion membrane. It is different from the absolute-sealing structure of the C007-2.
3. Is the ion membrane included?
The ion membrane is user supplied and can be quickly replaced according to experimental requirements.
4. What electrodes can be installed?
The working, counter and reference electrodes can be configured according to the experiment. The cell requires extended-type electrodes.
5. Why are the working and reference electrodes installed in the same chamber?
This configuration helps reduce the iR drop between the working and reference electrodes during electrochemical measurements.
6. What volume is available for the C007-1?
The standard volume range is 30–500 mL, and customized volumes can be provided according to requirements.
7. Can the C007-1 control reaction temperature?
Yes. The double-layer version has a water-jacket structure through which thermostatic circulating water can be continuously passed to maintain the desired solution temperature.
8. Can gas be introduced into the electrolyte?
Yes. The cell is equipped with a submerged gas-bubbling structure for establishing different experimental atmospheres.
9. Can a sampling port be added?
Yes. An optional sampling port can be added to the cell body according to experimental requirements.

FAQ
1. What is the C007-1 H-Type Electrolytic Cell used for?
It is designed for electrolysis, electrochemical analysis, three-electrode experiments, electrocatalysis and other laboratory electrochemical research.
2. What does “relative sealing” mean?
The C007-1 uses a relative-sealing structure in which the cathode and anode chambers are connected and sealed while remaining separated by an ion membrane. It is different from the absolute-sealing structure of the C007-2.
3. Is the ion membrane included?
The ion membrane is user supplied and can be quickly replaced according to experimental requirements.
4. What electrodes can be installed?
The working, counter and reference electrodes can be configured according to the experiment. The cell requires extended-type electrodes.
5. Why are the working and reference electrodes installed in the same chamber?
This configuration helps reduce the iR drop between the working and reference electrodes during electrochemical measurements.
6. What volume is available for the C007-1?
The standard volume range is 30–500 mL, and customized volumes can be provided according to requirements.
7. Can the C007-1 control reaction temperature?
Yes. The double-layer version has a water-jacket structure through which thermostatic circulating water can be continuously passed to maintain the desired solution temperature.
8. Can gas be introduced into the electrolyte?
Yes. The cell is equipped with a submerged gas-bubbling structure for establishing different experimental atmospheres.
9. Can a sampling port be added?
Yes. An optional sampling port can be added to the cell body according to experimental requirements.