Total Chlorine UHR Reagent For 100 Tests Each

The HI-95771-01 UHR Chlorine Reagents are genuine Hanna Instruments high-quality reagents designed for the accurate measurement of ultra high range chlorine (UHR Cl₂) in water samples. Supplied in a convenient pack sufficient for 100 tests, these reagents are intended for use with compatible Hanna Instruments photometers, delivering reliable and precise results in demanding water quality applications.

Developed using a trusted colorimetric DPD method, the HI-95771-01 reagents enable accurate determination of very high chlorine concentrations, making them ideal for applications where standard chlorine ranges are exceeded. This ensures dependable monitoring of disinfection processes in challenging environments where precise control of chlorine levels is essential.

Manufactured to strict Hanna Instruments quality standards, each reagent is formulated for high purity, stability and consistent performance, ensuring accurate and repeatable measurements in both laboratory and field conditions. Each pack is clearly lot numbered and expiry dated, providing full traceability and supporting compliance with quality assurance systems.

The HI-95771-01 UHR Chlorine Reagents are suitable for use in industrial water treatment, wastewater disinfection, cooling towers, process water systems, environmental monitoring and high-chlorine applications, where accurate ultra high range chlorine analysis is required.

Key Features

• Sufficient reagent for 100 tests
• Designed for ultra high range chlorine (UHR Cl₂) measurement
• Uses the reliable DPD colorimetric method
• Compatible with selected Hanna Instruments photometers
• High accuracy, repeatable and stable results
• Pre-formulated reagents for fast and easy testing
• Lot numbered and expiry dated for full traceability
• Ideal for industrial, wastewater and high-chlorine water treatment applications

The HI-95771-01 UHR Chlorine Reagents provide a dependable and accurate solution for professionals who require precise measurement of high chlorine concentrations in complex water systems.

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