Hanna HI729-26 Fluoride LR Checker HC

Hanna HI729-26 Fluoride LR Checker HC

The Hanna HI729-26 Fluoride LR Checker HC, pre-measured chemical solutions designed specifically. These reagents make it easy to obtain fast, consistent, and accurate fluoride concentration measurements in water samples using the SPADNS colorimetric method.

Unlike traditional test kits that may require multiple steps and subjective interpretation, the HI729-26 reagents streamline the process with minimal preparation and user-friendly application.

Key Features

• Ready-to-Use Format
  Each bottle is pre-measured for precision and convenience, reducing the chance of human error and improving consistency between tests.

• High Accuracy Reaction Chemistry
  Using the SPADNS Method, fluoride in the sample reacts with the reagent to form a colorless complex. As a result, the HI729 Checker HC can measure the intensity of the remaining color to determine the fluoride concentration.

• Simple Two-Step Preparation
  To perform a test, add 2 mL of SPADNS reagent to two cuvettes. Then, add 8 mL of deionized water to one cuvette (blank) and 8 mL of the water sample to the other (test). The instrument will then compare the samples and display the fluoride concentration in ppm (mg/L).

• Reliable Low Range Detection
  This reagent set is optimized for measuring fluoride concentrations from 0.00 to 2.00 ppm, making it ideal for applications where low-level detection is critical.

Specifications

The HI729-26 reagent set is ideal for various use cases where low-range fluoride testing is required:

• Municipal Water Testing
  Accurately assess fluoride levels in tap or treated drinking water.

• Environmental Monitoring
  Furthermore, this reagent is suitable for testing groundwater, lakes, and rivers for trace fluoride contamination.

• Laboratory and Educational Use
  Additionally, it’s perfect for classroom experiments, research projects, and field studies.

• Industrial Quality Assurance
  Use in manufacturing settings where fluoride concentration must be closely monitored in process water.