H-Cell with Water Bath
Built-in Water Bath for Easy Temperature Control
Durable electrochemical cell made from high quality borosilicate glass with PTFE lids
Specifications | In the Box | Gallery | Related Products | Technical Support
These H-cells comes with a built-in water bath for electrochemical experiments that require temperature control. The electrochemical cell features gas inlets and outlets for easy degassing and a Luggin capillary, plus ports for a counter electrode, working electrode, and reference electrode. The total volume is split across the H-cell and each half-cell has a volume of 25 ml.
Please Note: The Luggin capillary curved salt bridge tip may deteriorate in strong acid or basic electrolyte. Direct use of reference electrode without Luggin capillary is suggested in such conditions.
Temperature Control
Isolated water bath for sensitive experiments
Designed To Last
Quality materials, spare parts and technical support
Separate Electrodes
Avoid cross-contamination with ion-membrane diffusion
Expert Support
From in-house scientists & our
customer care team
Specifications
| Total Volume | 50 ml |
|---|---|
| Half Cell Volume | 25 ml |
| Body Material | Borosilicate Glass |
| Lid Material | PTFE |
| Electrode Ports | 6.5 mm diameter |
| Gas Inlets | 3 mm diameter |
User Manual
H-Cell with Water Bath User Manual
In the Box
- Glasswear body
- Screw cap x 2
- Internal seal (3mm Dia cross section)
- Gas bubbler x 2
- Luggin capillary x 1
- Cell electrode inlet screw in adapter x 3
- Cell gas inlet screw in adapter flat x 4
Additional accessories included:
- 1m potentiostat PTFE tubing
- PTFE white tape x 1
- Cell electrode inlet blank x 1
- PTFE rod 6.2 mm electrode inlet stopper x 3
- PTFE rod 3 mm air inlet stopper x 4
- Rubber O-ring OD 10 mm extras
- Rubber O-ring OD 5.5 mm extras
- Silicon seal
- Pinch clamp
H-Cell with Water Bath Gallery
Related products
Our full electrochemistry collection includes luggin capillary, micro, and photoelectrochemical cells, and a range of working, reference, and counter electrodes:
