Coulometric Titration Baseline Drift Calibration Methods
Drift calibration isolates cell background current from true sample moisture, preventing hydrolytic degradation and avoiding false incoming resin lot rejections.
Karl Fischer Titration Interference Mechanisms in Recycled Polyester Flake Qualification
Karl Fischer moisture testing of recycled PET flake requires thermal desorption at 170 C with methanol-free reagents to eliminate volatile interference.
Determining Karl Fischer Titration Parameters for Engineering Plastics
Headspace Karl Fischer titration requires temperature optimization between desorption and polymer decomposition to measure true moisture without pyrolytic errors.
Coulometric Moisture Determination in Recycled Engineering Thermoplastics under Thermal Desorption
Coulometric Karl Fischer titration paired with thermal desorption measures water down to 10 ppm while preventing matrix degradation in recycled polymers.
Karl Fischer Moisture Testing of Recycled Polyethylene Terephthalate
Coulometric Karl Fischer testing with oven desorption at 170 °C isolates true water content in rPET below 50 ppm, preventing costly IV degradation during melt processing.
Desiccant Dryer Dew Point Calibration and Karl Fischer Titration Verification
Dew point monitoring alone fails to guarantee dry resin; coulometric Karl Fischer titration per ISO 15512 Method B is mandatory to prevent hydrolytic scission.