RE-1CP Reference electrode (Ag/AgCl/Saturated KCl)
Aqueous reference electrode with a saturated KCl as an internal solution.
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| Reference potential |
| AgCl+e=Ag+Cl- E0=198 mV vs RHE (25 deg C) ∗ The reference potential is the measured value using RHEK |
- Material: Polymethylpentene is used, because of the excellent chemical resistance characteristics.
- Liquid junction: Ceramics is used. (∗If you keep the electrode immersed in an alkaline solution for a long time, life time will be shortened.)
| Cat. No. | Description | Junction | Electrolyte | Isolation | Purpose |
| 012167 | RE-1B Reference electrode (Ag/AgCl) | IPPG | 3 M NaCl | Glass | SVC-2, SVC-3, VC-4, Bulk electrolysis, RRDE, EQCM |
| 013613 | RE-1BP Reference electrode (Ag/AgCl) | Ceramics | 3 M NaCl | Polymethyl pentene | SVC-2, SVC-3, VC-4, Bulk electrolysis, RRDE, EQCM |
| 013393 | RE-1S Reference electrode (Ag/AgCl) | IPPG | 3 M NaCl | Glass | SECM |
| 013691 | RE-1CP Reference electrode (Ag/AgCl/Saturated KCl) | Ceramics | saturated KCl | Polymethyl pentene | SVC-2, SVC-3, VC-4, Bulk electrolysis, RRDE, EQCM |
| 013488 | RE-3VT Reference electrode screw type (Ag/AgCl) | Ceramics | 3 M NaCl | Polymethyl pentene | Flow cell (LC, EQCM, SEC-2F) |
∗ IPPG: Ion Permeability Porous Glass
∗ Keep the reference electrode in a cold dark place.
∗ Take care when you open and unseal the electrode. The liquid junction tip could be taken out when you pull the black protector.
∗ RE-3VT is specific for ALS line up flow cell, it could be incompatible with other brand flow cell.
