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  • Small-Volume 3H-Type Membrane Glass Electrochemical Cell 10 mL
  • Small-Volume 3H-Type Membrane Glass Electrochemical Cell 10 mL

Small-Volume 3H-Type Membrane Glass Electrochemical Cell 10 mL

Product code : LM-EC-3HCELL10         Comments (0)        Add Comment
Marka :  LabMateryal
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The small-volume 3H-type cell is a membrane glass cell working with about 10 mL of electrolyte per compartment. The cathode and anode compartments are separated by an ion exchange membrane and joined with a chain clamp, so the membrane is easy to change.

The electrode feedthroughs are sealed on a PTFE stopper with O-ring sealing screws. A sparger delivers the required gas below the electrolyte surface. Three options are offered: single-layer, single-layer with sampling port, and jacketed.

The body is made of borosilicate glass 3.3, which has low thermal expansion (3.3 × 10⁻⁶ K⁻¹) and the highest resistance classes against water (HGB 1) and acids (S 1). Avoid sudden temperature differences above 120 °C to reduce the risk of breakage.

Key Features

  • 10 mL per compartment
  • Replaceable membrane and chain clamp
  • Sub-surface gas sparger
  • Single-layer, sampling-port and jacketed options
  • Low dead volume thanks to raised bottom

Technical Specifications

Cell type Small-volume 3H-type membrane cell
Volume 10 mL per compartment
Body Borosilicate glass 3.3
Sealing PTFE stopper + O-ring screws
Electrodes Long type required
Type options Single-Layer, Single-Layer with Sampling Port, Jacketed (Double-Layer)
Not included Electrodes and membrane (sold separately)

Electrodes and membranes shown in the photos are for illustration only and are not included in the price. Compatible reference, counter and working electrodes and membranes are available in the Electrodes category of our site.

For volumes, dimensions or port layouts other than those listed, you can request a custom-made quotation through the Quotation Form.

Applications

  • CO₂RR / NRR screening with little electrolyte
  • Isotope-labelled control experiments
  • Membrane comparisons
  • Small-scale electrosynthesis
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