Small-Volume Membrane-Replaceable Photoelectrochemical Cell (Single Optical Window, Relatively Sealed)

Name: Small-Volume Membrane-Replaceable Photoelectrochemical Cell (Single Optical Window, Relatively Sealed)
Brand: Canrd
Price: 416.82 USD
Availability: InStock

$416.82

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✓ Selected: MA-EN-BE-005302 / C023-10 [Single Layer]

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Product Description & Specifications

Model: C023-10

The optical window of the cell is made of quartz with light transmittance exceeding 95%.
The optical window component is connected to the cell body via locking rings to maintain tight sealing, enabling rapid and convenient replacement of quartz window sheets.
Custom-matched electrodes are available upon request; all matched electrodes must be extended type.
The cell body adopts a hollow layered design to effectively eliminate solution shadowing.
This cell is commonly applied in three-electrode systems with a single-chamber volume of 10 mL.
The cathode and anode compartments are separated by an ion exchange membrane (to be provided by the user). The two compartments are hermetically linked with locking rings for easy membrane replacement. The reference electrode and working electrode are placed in the same compartment to effectively reduce IR drop.
Sealing for the electrode assembly is achieved by compressing O-rings via sealing screws.

Model: C024-10

The optical window of the cell is made of quartz with light transmittance exceeding 95%.
The optical window component is connected to the cell body via locking rings to maintain tight sealing, enabling rapid and convenient replacement of quartz window sheets.
Custom-matched electrodes are available upon request; all matched electrodes must be extended type.
The cell body is fabricated from high borosilicate glass.
The cell body adopts a hollow layered design to effectively eliminate solution shadowing.
This cell is commonly applied in three-electrode systems with a single-chamber volume of 10 mL.
The cathode and anode compartments are separated by an ion exchange membrane (to be provided by the user). The two compartments are hermetically linked with locking rings for easy membrane replacement. The reference electrode and working electrode are placed in the same compartment to effectively reduce IR drop.
Overall cell sealing is realized by tightening PTFE components to compress sealing gaskets.
Sealing for the electrode assembly is achieved by compressing O-rings via sealing screws.
Absolute sealing of the electrode assembly is realized through audio jack ports on the PTFE lid, allowing plug-in electrode installation while maintaining full airtightness of the electrode system.
Equipped with an underwater aeration device to regulate atmosphere environments for various experiments.