Standard Electrochemical Cell
High-quality standard electrochemical cell
Save with bulk discounts and our excellent value electrochemical cell kit
Overview | Specifications | Pricing and Options | Gallery
The Standard Electrochemical Cell provides the ideal set-up for cyclic voltammetry measurements, electrolysis and other electrochemical studies. The 50 ml glass cell comes with three standard electrode ports (3 mm diameter) for counter, working and reference electrodes. PTFE screw fit lid and two gas inlets provide a secure, chemically resistant seal which allows inlet gas purging.
These cells can be purchased alongside standard electrodes set with the Standard Electrochemical Cell Kit. This kit includes:
- A platinum disc working electrode
- A platinum wire counter electrode
- Either an aqueous AgCl reference electrode or a non-aqueous Ag/Ag+ reference electrode.
Get started immediately and easily perform cyclic voltammetry measurements, by combining the electrochemical cell kit with the Ossila Potentiostat
Specifications
All dimensions are in millimeters.
Pricing and Options
Our standard electrochemical cells can be purchased individually, in packs of five or ten, or as part of our electrochemical cell kit. This includes the electrochemical cell itself, plus a working electrode, reference electrode, and counter electrode. For additional savings, the cell kit can also be bought together with an Ossila Potentiostat.
| Product Name | Product Code | Price |
| Standard electrochemical cell | C2012A1 | £190 |
| Standard electrochemical cell (pack of 5) | C2012A1-5 | £950 |
| Standard electrochemical cell (pack of 10) | C2012A1-10 | £1750 |
| Standard electrochemical cell kit | C2016A1 | £560 |
| Standard electrochemical cell kit when purchased with a potentiostat | C2016A1 | £400* |
*Price of potentiostat not included.
Our full range of electrochemistry equipment and supplies includes luggin capillary electrochemical cells, H-type electrochemical cells, photoelectrochemical cells, and working, reference, and counter electrodes.