Atomfair 2H Replaceable-Membrane Electrolytic Cell, Relative Sealing, Double-Layer

Product Overview

The ATOMFAIR® Double-Layer Relative Sealing 2H Replaceable-Membrane Electrolytic Cell is constructed from high-borosilicate glass and designed as a semi-sealed, two-compartment system for three-electrode applications. The cathode and anode chambers are isolated by an ion-exchange membrane (user-supplied), with chain-sealed connections facilitating easy membrane replacement. The working electrode and reference electrode are positioned in the same compartment to effectively reduce uncompensated resistance (iR drop). The glass sealing features an external threaded port with a 360° rotatable PTFE inner core for precise electrode alignment, secured by a POM outer cap. Electrode seals are achieved via compression fittings with O-rings on the PTFE plug. The cell includes a sub-surface sparger for gas purging (straight type for CO2 reduction, L-type for nitrogen reduction). A sampling port is available as an optional add-on. The double-layer version incorporates a thermostatic water bath jacket for precise temperature control.

Performance Features

• Two-compartment membrane separation: Isolates cathode and anode compartments with user-supplied ion-exchange membrane, enabling selective ion transport studies.
• Chain-sealed membrane connections: Facilitates quick and convenient membrane replacement without compromising seal integrity.
• Co-located working and reference electrodes: Minimizes uncompensated resistance (iR drop) for more accurate electrochemical measurements.
• 360° rotatable PTFE core design: Allows precise electrode alignment and positioning within the cell for optimal experimental configuration.
• Integrated water bath jacket: Double-layer configuration enables precise thermal regulation for temperature-dependent electrochemical studies.

Technical Specifications