Hanna HI38041 Method: checker disc 100 tests

Hanna HI38041 Method: checker disc 100 tests

The Hanna HI38041 Method: checker disc 100 tests is a high-capacity chemical test kit designed a colorimetric phenanthroline method. Featuring a checker disc comparator and a wide measurement range, this kit provides an effective and user-friendly solution for both field and laboratory iron analysis, especially in environments with higher iron concentrations.

Key Features

• Wide Measurement Range: Detects total iron from 0.0 to 10.0 mg/L, ideal for industrial and environmental testing.

• Checker Disc Comparator: Enables fast, visual comparison of color development for accurate readings.

• Reliable Phenanthroline Method: Provides consistent and reproducible results for both Fe²⁺ and Fe³⁺.

• Fine Resolution: Measures in 0.2 mg/L increments for precise evaluations.

• Ready for 100 Tests: Includes all required reagents and accessories for approximately 100 analyses.

• Durable and Portable: Weighs 980 g, making it robust enough for field use.

Specifications

• Method: Checker disc (visual colorimetric)

• Range: 0.0–10.0 mg/L (ppm)

• Resolution (Smallest Increment): 0.2 mg/L

• Chemical Method: Phenanthroline

• Number of Tests: 100

• Weight: 980 g

• Iron Forms Measured: Total iron (Fe²⁺ and Fe³⁺)

Applications

• Industrial Water Systems: Monitors iron levels to prevent equipment fouling and corrosion.

• Environmental Monitoring: Ideal for analyzing iron in rivers, lakes, groundwater, and wastewater.

• Municipal Water Treatment: Ensures compliance with regulatory standards for iron in public water systems.

• Agricultural Use: Controls iron concentrations in irrigation water to prevent system clogging and soil imbalance.

• Educational Laboratories: Provides a practical tool for hands-on learning in water chemistry and environmental science.

With its broad detection range, visual clarity, and dependable performance, the HI38041 Iron Test Kit is a trusted solution for professionals needing reliable total iron analysis in diverse testing environments.