3M NaCl is used as an internal solution.
This is the standard type of aqueous reference electrode.

 

Reference potential
AgCl+e=Ag+Cl-
E0=195 mV vs RHEK (25°C)
∗ The reference potential is the measured value using RHEK reversible hydrogen electrode kit (Cat. No. 013373).

 

Junction Electrolyte Isolation Purpose
IPPG 3 M NaCl Glass SVC-2, SVC-3, VC-4, Bulk electrolysis, RRDE, EQCM

 

∗ 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. 

<iframe width="608" height="360" src="https://www.youtube.com/embed/WMfXlncyMDc" frameborder="0" allowfullscreen></iframe>

RE-1B Reference electrode (Ag/AgCl) (012167)

RE-1B Reference electrode (Ag/AgCl) (012167)
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3M NaCl is used as an internal solution.
This is the standard type of aqueous reference electrode.

 

Reference potential
AgCl+e=Ag+Cl-
E0=195 mV vs RHEK (25°C)
∗ The reference potential is the measured value using RHEK reversible hydrogen electrode kit (Cat. No. 013373).

 

Junction Electrolyte Isolation Purpose
IPPG 3 M NaCl Glass SVC-2, SVC-3, VC-4, Bulk electrolysis, RRDE, EQCM

 

∗ 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. 

<iframe width="608" height="360" src="https://www.youtube.com/embed/WMfXlncyMDc" frameborder="0" allowfullscreen></iframe>