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Precision Charge Measurement for Optimal Coagulation Control
Pi's Laboratory Charge Analysers are designed to accurately measure colloidal and ionic charge using the streaming current principle (electrokinetic charge), which is comparable to zeta potential. These analysers are essential for determining the optimal coagulant dose in water treatment plants through precise charge demand measurements.

Essential laboratory tool for optimal coagulation and flocculation in water treatment processes.
Intuitive operation and flexibility providing consistent, reliable charge demand determinations.
Accompanying software for extracting and analyzing titration data with precision.
Sample volume range of 200-2000ml ensures greatest accuracy across applications.
Adjustable sensitivity for highly conductive samples with gain control to amplify low level signals.
Detachable probe and piston facilitate cleaning and prevent corrosion for improved reliability.
Sturdy housing with adjustable stand for easy mobility, quick setup, and bench-top stability.
Intuitive interface with clear display, zero offset customization, and precise measurement controls.
Precision laboratory specifications for optimal coagulant dose determination in water treatment.
| Parameter | Value | Unit | Range/Notes |
|---|---|---|---|
| Measurement Principle | Streaming Current (Electrokinetic Charge) | - | Comparable to zeta potential |
| Sample Volume Range | 200 - 2000 | ml | For greatest accuracy |
| Measurements | Charge and Charge Demand | - | Precise determination |
| Sensitivity | Adjustable | - | For highly conductive samples |
| Software | LabTrac | - | Data extraction and analysis |
| Design Features | Detachable Probe, Adjustable Stand | - | Low maintenance, portable |
| Display | Clear Digital Display | - | With gain control and zero offset |
Contact our specialists to learn how the LabSense Laboratory Charge Analyser can improve your coagulation efficiency and reduce chemical costs in your water treatment plant.
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