Tube Styrene 50/a (10) | Draeger

Product Description:

The Draeger Tube for Organic Arsenic Compounds & Arsine is a specialized device designed for the detection and measurement of organic arsenic compounds and arsine gas (AsH₃) in ambient air. Draeger Tubes are well-known for their reliability, precision, and ease of use in industrial and laboratory settings, particularly for air quality monitoring and workplace safety applications.

Key Features:

1. Detection Range:

   • These tubes are calibrated to measure low to high concentrations of organic arsenic compounds and arsine in the air, with a typical detection range from 0.1 ppm to 10 ppm.

2. Type of Compounds Detected:

   • The Draeger Tube is capable of detecting various organic arsenic compounds, including arsine (AsH₃) as well as other arsenic-containing organic compounds that may be present in industrial environments.

3. Specificity:

   • The tube is designed to detect arsine gas and organic arsenic compounds, allowing for specific identification in environments where arsenic-based materials (like pesticides, wood preservatives, or electronics manufacturing processes) may be used.

4. Ease of Use:

   • The Draeger Tube system is simple to use and does not require specialized training. A small amount of air is drawn through the tube using a Draeger pump, and the presence of arsenic compounds is indicated by a color change in the reagent inside the tube.

5. Accurate & Reliable Results:

   • The Draeger Tubes are highly accurate and produce quick results, often within 2 to 10 minutes depending on the concentration of arsenic compounds in the sample.

6. Fast Response Time:

   • Once air is drawn through the tube, a chemical reaction occurs, producing a color change that can be easily compared against a reference scale. This enables fast and reliable onsite measurements.

7. Long Shelf Life:

   • The tubes have a shelf life of up to two years when stored properly, which allows for extended use in field applications.

8. Portable and Compact:

   • The compact design of the Draeger Tube and its pump system makes it highly portable. This is particularly useful for field testing, emergency response, or routine monitoring in workplaces where arsenic exposure may be a concern.

Applications:

1. Occupational Health & Safety:

   • The Draeger Tube is ideal for detecting arsenic compounds in environments where workers may be exposed to arsine or organic arsenic compounds, such as in semiconductor manufacturing, pesticide production, and chemical industries.

2. Environmental Monitoring:

   • Used by environmental agencies for air quality testing in areas affected by industrial processes that may release arsenic compounds into the air.

3. Industrial Hygiene:

   • Employers in various industries use Draeger Tubes to monitor arsenic levels in real-time, ensuring that workers are not exposed to harmful concentrations of arsine or organic arsenic compounds, complying with OSHA and other safety standards.

4. Research:

   • Widely used in academic and scientific research to study the behavior of arsenic compounds in various settings, from industrial processes to environmental conditions.

Advantages:

• No Need for Calibration: The tubes come pre-calibrated, reducing the need for frequent adjustments or recalibrations.

• Cost-Effective: Draeger Tubes are relatively inexpensive compared to more sophisticated detection equipment like gas chromatographs or mass spectrometers.

• Convenience: With no complex setup or preparation required, the Draeger Tube offers a convenient solution for field testing.

Safety Notes:

• While the Draeger Tube is designed for safe use, it is important to follow proper safety protocols when handling arsenic compounds. Arsine is a highly toxic and flammable gas, and adequate protective equipment should be worn during the testing process.

Conclusion:

The Draeger Tube for Organic Arsenic Compounds & Arsine offers an effective and user-friendly solution for detecting arsine and organic arsenic compounds in ambient air. Its simplicity, quick results, and portability make it an essential tool for industrial hygiene, environmental monitoring, and workplace safety. Whether used in routine testing or emergency response, it provides fast, reliable, and accurate measurements, helping to ensure a safer environment for workers and the community.