Hanna HI3815 Chloride (as Chlorine) Method

Hanna HI3815 Chloride (as Chlorine) Method

The Hanna HI3815 Chloride (as Chlorine) Method  is a chemical test kit specifically designed for the quantitative determination of chloride ions (Cl⁻) in water samples through a manual titration method using mercuric nitrate. With two selectable measurement ranges, this test kit is ideal for a variety of industrial, environmental, and educational applications where accurate chloride monitoring is essential.

Key Features

• Dual Measurement Ranges:

  • 0–100 mg/L with 1 mg/L resolution for low-range precision

  • 0–1000 mg/L with 10 mg/L resolution for higher concentrations

• Mercuric Nitrate Titration Method: Provides reliable and reproducible endpoint detection.

• Complete Test Kit: Comes with all reagents and accessories necessary to perform approximately 110 tests.

• Compact and Portable: Weighs only 460 g, making it suitable for field testing or laboratory use.

• Simple Visual Procedure: No instrumentation required, ideal for quick on-site assessments.

Specifications

• Method: Manual titration

• Measurement Ranges:

  • 0–100 mg/L (resolution: 1 mg/L)

  • 0–1000 mg/L (resolution: 10 mg/L)

• Chemical Method: Mercuric nitrate titration

• Number of Tests: Approx. 110

• Weight: 460 g

• Analyte Detected: Chloride (as Cl⁻)

Applications

• Drinking Water Testing: Ensures chloride levels stay within health and taste standards.

• Wastewater and Effluent Monitoring: Controls chloride discharge in compliance with environmental regulations.

• Industrial Water Treatment: Used in boilers, cooling towers, and manufacturing processes to monitor chloride levels.

• Agricultural Water Analysis: Evaluates irrigation water to avoid plant toxicity and soil degradation.

• Educational Laboratories: A valuable hands-on tool for teaching titration techniques and water chemistry.

The HI3815 Chloride Test Kit provides a dependable, portable, and user-friendly solution for chloride analysis. Its dual-range flexibility makes it suitable for both low-level detection and high-concentration applications.