Hanna HI38000-10 Sulfate barium chloride (SO₄²-)

Hanna HI38000-10 Sulfate Reagents – Barium Chloride Method (100 Tests)

The Hanna HI38000-10 Sulfate barium chloride (SO₄²-) reagent kit is specifically formulated for the determination of sulfate (SO₄²⁻) concentrations in water samples using barium chloride turbidimetric analysis. Designed for use with Hanna’s sulfate chemical test kits, these reagents provide fast, repeatable, and accurate results—ideal for environmental monitoring, water treatment facilities, and educational laboratories.

Key Features

• Pre-Measured for Accuracy: Each reagent packet is precisely pre-measured to ensure reliable and consistent test results with minimal operator error.

• High Purity Chemicals: Manufactured under strict quality control with traceability through clearly labeled lot numbers and expiry dates.

• Fast and Visual Endpoint Detection: The barium sulfate suspension method allows for an easy visual endpoint using the black spot method in a test tube.

• Sufficient for 100 Tests: One set includes enough reagent for approximately 100 sulfate determinations.

• Compatible with Hanna Test Kits: Optimized for use with compatible Hanna sulfate test kits, providing seamless integration into existing procedures.

Specifications

• Product Name: Sulfate Reagents – Barium Chloride Method

• SKU: HI38000-10

• Test Method: Barium chloride turbidimetric method

• Sample Reaction: Sulfate ions react with barium chloride in an acidified medium to form a barium sulfate precipitate

• Endpoint Detection: Visual method using black spot disappearance in a calibrated test tube

• Number of Tests: Approximately 100

• Compatible Sulfate Ranges:

  • 20 to 30 mg/L (ppm)

  • 30 to 100 mg/L (ppm)

• Traceability: Each reagent packet includes lot number and expiry date

Applications

• Drinking Water and Groundwater Monitoring: Verify compliance with sulfate concentration standards.

• Industrial Water Treatment: Detect sulfate levels in boiler water, cooling systems, or wastewater.

• Aquaculture and Fish Farming: Maintain optimal water quality for aquatic life.

• Educational Laboratories: Ideal for teaching analytical chemistry and water quality testing methods.

• Environmental Field Testing: Compact and easy-to-use reagents for on-site sulfate determination.