Combination Ion Selective Electrodes
Thermo Scientific™ Orion™ Single Junction Glass Bodied Combination Silver Billet Electrode
Receive an accurate determination of potentiometric halides with dual electrodes.
Thermo Scientific™ Orion™ Ionplus™ Sure-Flow™ Cyanide Combination Ion Selective Electrode
Measure cyanide ions in aqueous solutions quickly, simply, accurately and economically.
Mettler Toledo™ perfectION™ Combination Electrodes
Enables optimum contact between the electrolyte and measurement solution
Mettler Toledo™ Easy Na Sodium Analyzer: DX205-SC ISE Reference Electrode
For use with Easy Na Sodium Analyzer, Mettler Toledo DX205-SC ISE Reference Electrode is an ideal reference electrode for measurements with ion-selective half-cells.
YSI™ Truline Iodide Electrode Kit
Solid state technology.
YSI™ Truline Lab Selective Ion Electrode, Chloride (Cl-)
Uses four-sensor technology
YSI™ Truline Ammonium Electrode Kit
Polymer/PVC membrane technology.
YSI™ Truline Cyanide Electrode Kit
Solid state technology.
YSI™ Truline Potassium Electrode Kit
Polymer/PVC membrane technology.
YSI™ Truline Sodium Electrode Kit
Glass sensor technology.
YSI™ Truline Lead Electrode Kit
Solid state technology.
YSI™ Truline Ammonia Electrode Kit
Uses gas-sensing technology.
Oakton by Cole-Parmer Combination Ion-Selective Electrode (ISE), Fluoride (F)
Easily fit this electrode of fluoride with epoxy body into small spaces without any added reference electrode.
Hach Company Intellical™ ISEF12101 Fluoride (F⁻) Ion Selective Electrode (ISE) with Calibration Reagents Pack
The Intellical™ Fluoride ISE Analysis Package contains all you need to start measuring fluoride (F-) with your HQD meter instrument: The Intellical™ ISEF121 Fluoride ISE with 1 m cable, 500 mL bottles of 0,5 mg/L, 1 mg/L and 2 mg/L of Hach Fluoride standard solutions, pack of 100 Hach fluoride ionic strength adjustor (ISA) Powder Pillows.
Oakton by Cole-Parmer Ion-Selective Electrode (ISE), Fluoride, Double-Junction, BNC
Easily fit this electrode of fluoride with glass body into small spaces without any added reference electrode.