Hanna Nitrite High Range Reagents (300 tests) - HI93708-03

Hanna HI93708-03 Nitrite High Range Reagents are premium-quality chemical reagents designed for the accurate and efficient colorimetric determination of nitrite in aqueous samples. Compatible with a wide range of Hanna benchtop and portable photometers, these reagents provide reliable and repeatable results, making them ideal for laboratory, industrial, environmental, and municipal water testing applications.

Each pack contains pre-dosed reagent packets sufficient for up to 300 tests, ensuring convenience and consistency in routine analysis. The reagents utilize an adaptation of the Ferrous Sulfate method, where the presence of nitrite produces a distinct greenish-brown coloration in the sample, enabling precise quantification through photometric measurement.

Manufactured under strict quality control standards, these reagents ensure high accuracy and reproducibility across all tests. The pre-measured packet format enhances user safety, minimizes handling errors, and streamlines testing workflows. Each packet is clearly labeled with a lot number and expiration date, providing full traceability and supporting laboratory QA/QC documentation and audit compliance.

A certificate of quality is included with the product, offering assurance of reagent consistency and adherence to analytical standards. The robust packaging ensures stability during storage and transport, making these reagents suitable for both laboratory and field use.

Widely used in water quality laboratories, industrial water treatment plants, environmental monitoring stations, and educational institutions, the HI93708-03 reagents support accurate nitrite monitoring in drinking water, wastewater, and process water systems.

With their combination of precision, ease of use, and high test capacity, the Hanna HI93708-03 Nitrite High Range Photometer Reagents are an essential solution for professionals requiring dependable water analysis. Enhance your testing efficiency with Hanna’s trusted reagent technology, designed for consistent performance in demanding analytical environments.