Siny Factory Iron-Oxidizing Bacteria IOB Test Tube

Iron-oxidizing bacteria (IOB) are microorganisms that convert ferrous iron into ferric iron. They are commonly found in groundwater, pipeline systems, and industrial cooling water. The presence of these bacteria can lead to clogged pipes, equipment corrosion, and water discoloration. Regular testing is essential to prevent these issues. Our iron-oxidizing bacteria test tube uses an efficient culture medium that enables quick and accurate detection of these bacteria in water samples, allowing users to take timely action.

Key Features IOB Test Tube

1. High Sensitivity – The optimized culture medium detects even trace amounts of iron-oxidizing bacteria, making it suitable for various water environments.
2. Easy to Use – No complex laboratory equipment is required. Simple procedures allow for on-site or laboratory testing.
3. Rapid Color Change – Positive samples typically exhibit characteristic color changes within 3 to 7 days, allowing for easy interpretation.
4. Wide Applicability – Suitable for detecting iron-oxidizing bacteria in drinking water, industrial circulation water, groundwater, cooling water, and pipeline systems.
5. Long Shelf Life – The test tube is sealed to maintain stability and effectiveness under normal storage conditions.
6. Environmentally Friendly – The product meets environmental standards, is non-toxic, and poses no harm to the ecosystem.

Technical Specifications

• Detection Principle – The test is based on the oxidation of iron ions by iron-oxidizing bacteria, combined with a color reaction for easy assessment.
• Detection Limit – Capable of detecting bacterial concentrations as low as 100 CFU/mL.
• Culture Medium Composition – Contains iron ions, mineral salts, buffering agents, and nutrients optimized for bacterial growth.
• Optimal Incubation Temperature – 25-30°C.
• Incubation Time – Typically 3-7 days, but may extend to 10 days in some cases.

Instructions for Use IOB Test Tube

1. Sample Collection – Use a sterile sampling bottle to collect the water sample, ensuring no contamination.
2. Inoculation – Add the water sample to the test tube and shake gently to mix.
3. Incubation – Place the test tube in a controlled environment at 25-30°C, away from direct sunlight.
4. Result Interpretation:
   • Positive Result – The presence of sediment, color change, or biofilm growth indicates iron-oxidizing bacteria.
   • Negative Result – The culture medium remains clear with no visible changes.
5. Data Recording and Analysis – When testing multiple samples, maintain a record to analyze bacterial distribution trends.

Applications

• Water Treatment Industry – Monitors water sources and supply systems to prevent pipe clogging.
• Industrial Production – Ensures the safety of boiler and cooling tower circulation systems by reducing corrosion risks.
• Environmental Monitoring – Assesses microbial activity in groundwater, lakes, and rivers.
• Scientific Research – Supports laboratory studies on microbial communities and water treatment methods.
• Municipal Water Supply – Helps control microbial contamination in public water networks.

Important Notes

1. Inspect the Test Tubes Before Use – Do not use if the culture medium appears discolored or leaking.
2. Maintain Sterile Conditions – Avoid external contamination during handling.
3. Prevent Cross-Contamination – Use fresh, sterile sampling tools for each test.
4. Proper Disposal – Follow laboratory biosafety protocols when disposing of used test tubes to prevent environmental contamination.
5. Storage Precautions – Store in a ventilated, dry area away from chemicals.