The Ossila C2012G1 is a 100 ml electrochemical cell made from borosilicate glass and surrounded by an integrated water jacket. It is intended for electrochemistry work where the reaction temperature has to be held steady, since many electrochemical processes change rate and equilibrium as temperature shifts.
Heated or cooled water circulates from an external reservoir through the jacket via its own inlet and outlet, so it never touches the electrolyte or reactants. Beyond keeping runs consistent, the jacket can supply heat to endothermic reactions, remove heat from exothermic ones, and help drive or suppress reactions.
The PTFE lid carries three electrode feedthroughs of 6.5 mm diameter and two gas ports of 3 mm diameter for degassing. A gas inlet bubble filter stops gas shock and bubbling from disturbing the solution, and a Luggin capillary brings the reference electrode bridge closer to the working electrode to cut errors in potential readings. The cell is supplied with screw-in adaptors, PTFE stoppers, tubing, tape and spare O-rings.
- Running temperature-controlled electrochemical experiments in a three-electrode setup.
- Studying temperature-sensitive electrochemical reactions where rate and equilibrium depend on temperature.
- Removing heat from exothermic reactions or supplying heat to endothermic reactions during measurements.
- Degassing electrolytes through the gas ports before or during experiments.
- Making potential measurements with reduced error using the Luggin capillary.
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|---|---|
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- Product code: C2012G1
- Volume: 100 ml
- Body Material: Borosilicate glass
- Lid Material: PTFE
- Electrode Ports: 6.5 mm diameter
- Gas Inlets: 3 mm diameter
- Internal Seal: 52mm OD (3mm Dia cross section)
- Included Tubing: 1m Potentiostat PTFE Tubing
The curved salt bridge tip of the Luggin capillary can deteriorate in strongly acidic or basic electrolytes; in these conditions, use the reference electrode directly without the Luggin capillary.
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