H-Type Electrochemical Cells
FrankLab offers a range of H-type electrochemical cells designed for advanced electrolysis and electrocatalysis research. These dual-chamber electrochemical reactors are widely used in studies such as CO₂ reduction (CO₂RR), water splitting (HER/OER), nitrogen reduction (NRR), electrochemical synthesis, and microbial fuel cell research, where separation of the anode and cathode compartments is required.
FrankLab H-type electrochemical cells are designed to deliver stable, accurate, and reproducible electrochemical experiments for both academic and industrial laboratories. To meet different experimental requirements, cell volume, membrane type, and lid configurations can be customized, allowing researchers to adapt electrode ports, membrane interfaces, sealing structures, and reactor capacity according to their specific experimental setups.
H-Type Replaceable Membrane Electrolyzer [Sealed/ Non-Sealed]
H-type Electrolyte Circulation Electrochemical Cell
H-type Sealed Microvolume Electrochemical Cell /Two-Electrode System
H-Type Sealed Optical Electrochemical Cell
H-Type Sealed Quartz Optical Electrochemical Cell
Dual chamber H-cell membrane reactor with 4 in/outlets for microbial fuel cell (MFC), capacity 100 to 1000 ml
Triple chamber membrane reactor for microbial fuel cell (MFC), capacity 100 to 1000 ml
H-type Sealed Microvolume Electrochemical Cell /Three-Electrode System
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