The Sherwood M926S Chloride Analyser provides accurate and reliable chloride (Cl⁻) measurement in a wide range of sample types, including sweat samples, making it ideal for clinical, research, and general laboratory use. Calibrated to deliver results in mmol/L chloride, the M926S offers flexible sample volumes of 20 µL or 100 µL via the intuitive Select Button.
Key Features & Benefits
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Coulometric Titration Principle: Utilizes a robust, tried-and-tested coulometric method for precise chloride analysis.
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Flexible Sample Volume: The Operator can choose 20 µL or 100 µL, depending on sample availability and required precision.
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Ergonomic Design: User-friendly layout ensures easy operation and low maintenance.
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High Precision: Sherwood’s Chloride Analyser Buffer enhances measurement accuracy and reproducibility.
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Cost-Efficient: Low per-test cost and minimal post-test reagent disposal reduce overall operational expenses.
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Reliable Endpoint Detection: Excess silver ions generated during analysis cause a measurable change in conductivity, detected by the analyser’s precision electrodes.
How the M926S Works
The M926S operates via coulometric titration, in which silver ions (Ag⁺) are generated in situ in a controlled electric current. The titration endpoint is automatically detected when the chloride in the sample has reacted, and the detector electrodes register changes in conductivity due to excess silver ions. This ensures highly accurate, reproducible results every time.
Applications
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Sweat Chloride Testing: Essential for cystic fibrosis screening and clinical research.
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Clinical and Research Laboratories: General chloride determination in biological and chemical samples.
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Food and Beverage Industry: Monitoring chloride content in products and ingredients.
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Educational and Teaching Labs: Demonstrates precise coulometric titration techniques.
Why Choose the Sherwood M926S Chloride Analyser?
The M926S Chloride Analyser combines robust coulometric technology, ergonomic design, and precision to deliver fast, reliable chloride measurements. Its flexible sample volume and cost-efficient operation make it a trusted choice for laboratories worldwide.