Karl Fischer Titrator
Fison Karl Fischer Titrators determine trace-level moisture content in samples within 0.01 µg to 500 mg of water. They are space-efficient and built with tough, chemical resistant materials. Designed with closed solvent management system for reduced risk of spills. We offer both coulometric and volumetric measurements for varying water content. Our titrators are fully automatic with intuitive digital display systems for accurate determination of endpoints.
Coulometric Karl Fischer Titrator FM-AKT-A100
- Method : Karl Fischer Coulometric Titration
- Measuring cell : Two electrolysis measuring chambers
- Amount of electrolyzed water : 10 ug to 1000 ug
- Measurement range : 0 to 100 mg
Coulometric Karl Fischer Titrator FM-AKT-A200
- Method : Karl - Fischer coulometric titration
- Electrolytic current : 0 to 400 mA
- Measuring range : 1μg to100 µg
- Accuracy : 3 μg to 500 μg: ± 2 μg;
>500 μg: 0.2%
Coulometric Karl Fischer Titrator FM-AKT-A101
- Method : Coulometric titration (Coulomb analysis)
- Measurement Range : 1 μg to 200mg
- Electrolytic Current Control Range : 0 to 400mA automatic control
- Accuracy : ±3 μg (10 μg to 1000 μg)
≤0.3% (1 Mg or More)
Volumetric Karl Fischer Titrator FM-AKT-B100
- Titration method : Volumetric Karl-Fischer reagent titration process
- Measuring range : 0.1 mg H 2 O to 500 mg H 2 O (3 ppm - 100%)
- Moisture resolution : 3 ppm
- Number of burettes : 1 burette
Volumetric Karl Fischer Titrator FM-AKT-B101
- Titration method : Volumetric Karl-Fischer reagent titration process
- Measuring range : 0.1 mg H 2 O to 500 mg H 2 O (10 ppm - 100%)
- Moisture resolution : 1 ppm
- Number of burettes : 1 burette
Karl Fischer titrator FM-AKT-C100
- Testing range : 0.01 µg to 200 mg of H 2 O
- Water content range : 0.0001 % to 100 %
- Sensitivity : 0.01 µg H 2 O
- Rate of electrolysis : 2.4 mg H2 O/min
Volumetric Karl Fischer FM-AKT-D100
- Titration Mechanism : Karl Fischer reaction
- Testing Range : 0.1 mg to 250 mg of H2O
- Sensitivity : 0.1 mg of H2O
- Titration Repeatability : ± 0.5%