Hanna Iron Test Kit measures the strength or weakness of a chemical presence according to the degree of color saturation. Ie – if it is pale in color, then the chemical concentration is low. If the color is strong, then the chemical concentration is high. Simply add the reagent to the compound to be tested and match the color gained against a color chart included in the kit.

Hanna Water Iron Test Kit Romania

The HI-3834 Iron test kit determines the iron concentration in water by conversion of the ferrous (Fe² ) state. The test is fast, easy, and safe. The color cube makes it simple to obtain the iron level in the water. Iron can exist as ferrous (Fe² ) or ferric (Fe³ ) ions. The HI-3834 test kit determines total iron levels in water via a Colorimetric method. First, all ferric ions are reduced by sodium sulfite to ferrous ions. Phenanthroline complexes with ferrous ions to form an orange-colored solution, the color intensity of the solution determines the iron concentration. Learn More

Specifications of the Hanna Iron Test Kit:

Method		Colourimetric
Range		0-5 mg/L
Smallest Increment		1 mg/L
Chemical Method		Phenanthroline
Number of Tests		50
Weight		142.5 g

What is an Iron Test Kit?

An iron test kit is a diagnostic tool used to measure the concentration of iron in various samples, such as water, soil, or biological fluids. These kits are commonly employed in both laboratory and field settings for different purposes, including assessing nutritional status, diagnosing conditions like anaemia, and evaluating water quality.

Types of Iron Test Kits:

1. Home Use Kits:
   • Often used to test drinking water for iron content.
   • Simple to use, typically involving color change reactions that indicate iron levels.
2. Laboratory Kits:
   • More precise and may include advanced techniques like spectrophotometry.
   • Used in clinical settings to measure serum iron, ferritin, and total iron-binding capacity (TIBC).

Common Features of Iron Test Kits:

• Reagents: Most kits come with reagents that react with iron to produce a color change, which is then compared to a color chart to determine concentration.
• Instructions: Detailed protocols for sample collection and handling, as well as interpretation of results.
• Sensitivity: Different kits have varying sensitivities and ranges, so it’s important to choose one appropriate for your needs.

Applications:

• Clinical Diagnosis: Evaluating iron levels in patients to diagnose iron deficiency anemia or iron overload disorders.
• Environmental Testing: Monitoring iron levels in water sources to ensure safety and compliance with regulations.
• Agricultural Use: Assessing soil iron content to guide fertilization practices.

Considerations:

• Accuracy: Make sure to use a reputable kit, as accuracy can vary.
• Sample Handling: Follow instructions closely to avoid contamination and ensure reliable results.
• Follow-Up: Abnormal results may require further testing or consultation with a healthcare professional.