Introduction: The Hg/HgO is the best choice reference for alkaline solutions! The Mercury Oxide Electrode is ideal for battery development, energy systems research and development, process control and general electrochemical studies. It is fast becoming an industry standard. It is very stable and reproducible. Electrode potential is stable to plus or minus one millivolt and recovers quickly from small temperature excursions (about 125 degrees C). The standard electrode potential of the Mercury/Mercury Oxide halfcell is +0.098 volts vs.the normal hydrogen electrode (NHE) in basic solution. The standard concentration of the electrode filling solution is 20% (4.24 Molar) Potassium Hydroxide (KOH). Features: Electrode resistance ≤10KΩ Flow rete:1 drop / 10 minutes Filing solution 1.0mol/L KOH Electrode Body Length: 120 mm No glass parts Case material :PTFE
Introduction: The Hg/HgO is the best choice reference for alkaline solutions! The Mercury Oxide Electrode is ideal for battery development, energy systems research and development, process control and general electrochemical studies. It is fast becoming an industry standard. It is very stable and reproducible. Electrode potential is stable to plus or minus one millivolt and recovers quickly from small temperature excursions (about 125 degrees C). The standard electrode potential of the Mercury/Mercury Oxide halfcell is +0.098 volts vs.the normal hydrogen electrode (NHE) in basic solution. The standard concentration of the electrode filling solution is 20% (4.24 Molar) Potassium Hydroxide (KOH).
