Description
The Draeger Tube Acetone 100/b (10) is a specialized detection tube used for measuring the concentration of acetone vapor in the air. It is manufactured by Draeger Safety, a well-known company that produces gas detection and safety equipment for industrial, scientific, and emergency response applications. These tubes are part of Draeger's colorimetric detection tube range, which provides a simple, accurate method for detecting specific gases and vapors in the workplace.
Description:
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Detection Range:
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Acetone is a volatile organic compound (VOC) that is commonly used as a solvent in various industries, including pharmaceuticals, cosmetics, and chemical manufacturing.
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The Draeger Tube Acetone 100/b (10) is designed to measure acetone vapor concentration in the air within a range of 100 ppm to 1000 ppm.
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The "100/b" refers to the concentration range of the tube, with 100 indicating the maximum concentration (in ppm), and b possibly referring to a specific tube calibration or type within Draeger's catalog.
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Tube Composition:
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The tubes are filled with a reactive chemical substance that changes color when it comes into contact with acetone vapor.
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The reaction creates a color change in the tube, which is then compared to a color chart to determine the concentration of acetone in the air.
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Size and Quantity:
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Each pack contains 10 tubes, which means they are typically sold in a box of 10 units for practical usage in workplaces.
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The tubes are designed for single-use, offering a quick and reliable way to measure acetone levels.
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Method of Use:
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The tubes are used in conjunction with a Draeger gas detection pump (usually a Draeger Accuro pump), which draws a specific volume of air through the tube.
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After air is drawn through the tube, the chemical inside reacts with the acetone in the air, and a color change occurs along the length of the tube.
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The concentration of acetone is then determined by measuring the length of the color change and comparing it to the corresponding value on the provided scale.
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Applications:
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The Draeger Tube Acetone 100/b (10) is widely used in industries where acetone is present as a solvent or byproduct, such as:
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Chemical manufacturing and processing plants
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Laboratories where acetone is used as a reagent or cleaning agent
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Pharmaceutical and cosmetic industries
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Automotive and painting industries where acetone is used in surface treatments and coatings
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Workplaces where acetone is used in high concentrations and there is a need for monitoring air quality and safety.
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Safety Considerations:
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Acetone is highly flammable and poses health risks if inhaled in large quantities. Prolonged exposure to high acetone concentrations may cause respiratory irritation, dizziness, headaches, and other health issues.
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The Draeger tubes offer an easy, on-site method to monitor and ensure that acetone concentrations do not exceed safety limits.
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The tubes are a simple solution for workplace air monitoring, ensuring compliance with occupational health and safety regulations.
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Accuracy and Precision:
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Draeger tubes are known for their precision and ease of use, offering accurate results for air quality monitoring.
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The tubes are calibrated to ensure reliable readings within the specified detection range.
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Shelf Life:
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The tubes have a limited shelf life, and it is important to check the expiration date before use to ensure accuracy.
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Proper storage conditions (cool, dry places) can help maintain the integrity of the tubes.
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Advantages:
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Portable and easy to use: No complex equipment is needed, making it ideal for field use.
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Quick results: Provides immediate feedback on acetone concentration, allowing for quick action to mitigate any health risks.
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Cost-effective: The Draeger colorimetric tube system is a relatively low-cost method for periodic or occasional air monitoring compared to continuous monitoring systems.
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Summary:
The Draeger Tube Acetone 100/b (10) is an essential tool for workplaces where acetone vapor is present, providing a fast, accurate, and simple way to measure acetone concentrations in air. It supports occupational health and safety practices by ensuring acetone levels are within safe limits, preventing exposure to harmful concentrations.