Hanna HI38067 Silica Range: (0-40 mg/L)(0-800 mg/L)

Hanna HI38067 Silica Range: (0-40 mg/L)(0-800 mg/L)

The Hanna HI38067 Silica Range: (0-40 mg/L)(0-800 mg/L) is a chemical test kit designed the heteropoly blue colorimetric method. This test kit offers dual-range measurement capabilities, making it suitable for both low- and high-concentration silica monitoring. It is ideal for applications in boiler water control, water treatment plants, and industrial systems where silica build-up can cause serious efficiency and equipment issues.

Key Features

• Dual Measurement Ranges:

  • 0–40 mg/L (ppm) with a resolution of 1 mg/L

  • 0–800 mg/L (ppm) with a resolution of 40 mg/L

• Colorimetric Heteropoly Blue Method: Provides reliable visual analysis through color intensity development.

• Complete Test Kit: Includes all required reagents and accessories to perform approximately 100 tests.

• Simple and Efficient: Designed for quick and accurate results without the need for specialized instruments.

Specifications

• Method: Heteropoly blue (colorimetric)

• Ranges:

  • 0–40 mg/L (smallest increment: 1 mg/L)

  • 0–800 mg/L (smallest increment: 40 mg/L)

• Chemical Method: Molybdenum-based heteropoly blue reaction

• Number of Tests: Approximately 100

• Analyte Detected: Silica (SiO₂)

Applications

• Boiler and Cooling Water Systems: Controls silica to prevent scale formation on heat exchange surfaces.

• Industrial Water Treatment: Used in high-purity water systems to ensure process efficiency and protection.

• Environmental Monitoring: Assesses silica levels in surface waters and effluents.

• Food and Beverage Processing: Ensures silica concentrations remain within specification for quality and safety.

• Educational Laboratories: Suitable for training and experiments related to water chemistry and treatment.

The HI38067 Silica Test Kit offers a versatile, accurate, and portable solution for silica analysis in a variety of demanding environments. Its dual-range capability makes it a powerful tool for both routine monitoring and high-concentration applications.