Hanna HI38001-10 Sulfate LR / HR barium chloride method

Hanna HI38001-10 Sulfate LR / HR barium chloride method

The Hanna HI38001-10 Sulfate LR / HR barium chloride method is a designed the barium chloride titration method. This kit supports both Low Range (LR) and High Range (HR) sulfate testing and provides sufficient reagents for up to 200 tests. Designed for use with Hanna’s compatible titration test kits, it delivers precise, repeatable results ideal for laboratory, industrial, and environmental water analysis.

Key Features

• Supports Low and High Range Testing: Suitable for both LR and HR sulfate concentration levels, providing flexibility across various applications.

• Color Change Endpoint: Uses a clear colorimetric change to visually indicate the completion of titration, eliminating the need for electronic devices.

• Dropwise Titration for Accuracy: The reagent is added drop by drop, allowing for controlled testing and accurate determination of sulfate concentration.

• Easy-to-Use Manual Method: Ideal for users in the field or educational environments where simplicity and visual results are essential.

• Comprehensive Instructions Included: The kit comes with a detailed manual to guide users through the titration process and help interpret results.

Specifications

• Product Name: Sulfate LR/HR Reagent Kit – Barium Chloride Method

• SKU: HI38001-10

• Test Method: Titration using barium chloride

• Measurement Type: Manual colorimetric titration

• Number of Tests: Approximately 200

• Range: Low Range (LR) and High Range (HR) sulfate concentration

• Endpoint Detection: Visual color change (drop count titration)

• Usage: Reagent is added drop by drop until the solution changes color; drop count correlates with sulfate concentration

• Included Materials: Reagent solutions, dropper, and instruction manual

Applications

• Drinking Water Testing: Monitor sulfate levels for regulatory compliance and water safety.

• Industrial Water Systems: Evaluate sulfate concentration in boiler feed water, cooling towers, and wastewater.

• Environmental Monitoring: Conduct field testing of surface water, groundwater, and runoff.

• Education and Training: Perfect for teaching titration techniques and chemical analysis in schools and training labs.

• Agricultural Water Analysis: Assess irrigation water quality to prevent soil degradation and crop sensitivity issues.