Conductivity Electrodes
Conductivity Electrodes
WTW™ Cella conduttimetrica standard TetraCon™ 325
Use these conductivity cells for precise and reliable measurements in any conditions. WTW™ TetraCon™ 325 Standard Conductivity Cells feature 4 electrode technology makes them insensitive to pollution, uninfluenced by polarization effects.
WTW™ Cella conduttimetrica standard TetraCon™ 325-3
Conductivity measuring cells with graphite electrodes for standard measurements in aqueous solutions in the field and in the lab.
WTW™ TetraCon™ 325-15 Standard Conductivity Cell
The universally usable conductivity measuring cells by WTW set standard in the conductivity measurement. Their 4 electrode technology makes them insensitive to pollution, uninfluenced by polarization effects and therefore precise and reliable in any conditions.
WTW™ TetraCon™ 325-6 Standard Conductivity Cell
The universally usable conductivity measuring cells by WTW set standard in the conductivity measurement. Their 4 electrode technology makes them insensitive to pollution, uninfluenced by polarization effects and therefore precise and reliable in any conditions.
WTW™ TetraCon™ DU/T Flow-through Conductivity Cell
Flow measuring cells by WTW for medium and high conductivity are suitable for extensive measuring series in the lab but also for the maintenance and measurement of cleaning solutions in special systems.
WTW™ TetraCon™ 325-20 Standard Conductivity Cell
The universally usable conductivity measuring cells by WTW set standard in the conductivity measurement. Their 4 electrode technology makes them insensitive to pollution, uninfluenced by polarization effects and therefore precise and reliable in any conditions.
WTW™ LR 325/001 Pure Water Conductivity Measuring Cells
Two electrode measuring cells with concentric electrodes of stainless steel for measurements in pure water.
WTW™ TetraCon™ 325-10 Standard Conductivity Cell
The universally usable conductivity measuring cells by WTW set standard in the conductivity measurement. Their 4 electrode technology makes them insensitive to pollution, uninfluenced by polarization effects and therefore precise and reliable in any conditions.