Hanna HI38039-100 Iron LR phenantroline colorimetric method

Hanna HI38039-100 Iron (Low Range) Reagents – Phenanthroline Method

The Hanna HI38039-100 Iron LR phenantroline colorimetric method is a reagent replacement kit designed for low-range iron (Fe²⁺/Fe³⁺) testing in water, using the phenanthroline colorimetric method in conjunction with a Checker Disc. This method enables quick and accurate iron determination through a visual color comparison, making it ideal for field and educational use. With reagents pre-measured for 100 tests, this kit provides a convenient, cost-effective, and dependable solution for routine water quality monitoring.

Key Features

• Low-Range Precision: Measures iron concentrations from 0.00 to 1.00 mg/L, making it suitable for applications that require detection of trace amounts.

• Colorimetric Analysis with Checker Disc: After the reaction, the resulting color is visually compared against a disc-based reference to determine iron concentration.

• Proven Phenanthroline Method: Iron reacts with phenanthroline to form a stable orange-colored complex, allowing for clear and reliable detection.

• Pre-Measured Reagents: Packaged in exact quantities to ensure consistent results and eliminate preparation time.

• Fast, Visual Testing: Ideal for non-laboratory environments, as it does not require electronic instrumentation.

• Portable and Lightweight: Compact kit components make it easy to transport and use in the field.

Specifications

• Product Name: Iron (Low Range) Reagents – Phenanthroline Method

• SKU: HI38039-100

• Measurement Method: Colorimetric using Checker Disc

• Chemical Method: Phenanthroline

• Range: 0.00 to 1.00 mg/L (ppm) Fe

• Smallest Increment: 0.02 mg/L

• Number of Tests: Approximately 100

• Weight: 436 g

• Endpoint Detection: Visual comparison of developed color against a reference disc

Applications

• Drinking Water Testing: Monitor trace levels of iron to ensure water clarity and compliance with safety standards.

• Boiler and Cooling Systems: Prevent corrosion and scaling caused by elevated iron concentrations in industrial systems.

• Environmental Monitoring: Evaluate iron levels in rivers, lakes, and other surface waters for ecological studies.

• Aquaculture and Fish Farming: Maintain optimal water quality for aquatic organisms by detecting potentially harmful metal content.

• Educational Use: Excellent for teaching water chemistry and colorimetric methods in laboratory or field classes.