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Auxiliary/Counter-electrode |
Glass electrodes from OrigaLys are made with highly shock-resistant glass, making them extremely tough. The average lifetime of a correctly maintained glass electrode is approximately 2 years. Electrodes are always used in combination with reference electrodes. The voltammetry electrodes contains Platinum (Wire, Disc and Plate) and Silver (Rod) sensing elements.
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Combined |
OrigaLys’ electrode range features combined metal electrodes with platinum sensing element. Combined metal electrodes can be used for redox measurements, redox titrations or potentiometric techniques.
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Conductivity |
Origalys provides 2-pole cell, which has a traditional design based on two plates of carbon. It is ideal for routine measurement of conductivity and for use with a sample changer due to the easy rinsing.
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Micro-Electrode |
 Micro-electrodes are made of metallic wires or small diameter fibers (10-200 μm) sealed in tempered glass bodies. OrigaLys offers micro-electrodes of Gold (Au), Palladium (Pd), Platinum (Pt), Silver (Ag), Iridium (Ir), Titanium (Ti) and Tungsten (W). |
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pH |
 To meet your analysis needs, combined pH electrodes are available with a variety of lengths, diameters and reference systems.
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Reference |
A reference electrode provides a stable potential whatever the measurement conditions. The main differences between reference electrodes are the type of reference system and the liquid junction. OrigaLys offers electrodes using calomel (Hg), silver-silver chloride (Ag/AgCl), and mercuric oxide (Hg/HgO). |
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Salt-bridge junction |
During measurement, the salt-bridge junction prevents the reference electrode from being contaminated by the media and vice-versa. It consists of a glass tube terminated by a liquid junction.
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Selective |
The use of ion-selective electrodes constitutes a quick and cost-effective method of determining ionic activity. OrigaLys offers Calcium, Fluoride and Nitrate selective electrodes.
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Temperature Probe |
For pH measurements and measurements with ion-selective electrodes and conductivity cells, use of a temperature sensor is recommended because temperature affects the results.
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