Product description
MicroTubes | Dräger
Available Options
- Highly sensitive MicroTube for detecting low-level chlorine gas (50-5000 ppb) with Draeger X-act 7000. Applications: water treatment, chemical manufacturing, environmental monitoring.
- MicroTube for precision ammonia detection (100-2500 ppm) using X-act 7000. Ideal for refrigeration, fertilizer plants, and emergency leak response.
- Carbon monoxide detection microtube (2-1000 ppm) for CO exposure monitoring in HVAC, industrial, and environmental applications with X-act 7000.
- Hydrogen chloride (salzsäure) microtube for HCl vapor detection (0.5-25 ppm), suitable for chemical storage, process safety, and accident response, using X-act 7000.
- NO2 microtube for fast nitrogen dioxide detection (0.25-25 ppm), used in traffic tunnels, urban air, and process industry. Compatible with X-act 7000.
- General-range ammonia microtube (1-100 ppm) for plant safety, food processing, or cold storage leak monitoring, with X-act 7000.
- Benzene microtube (10100 ppm) for industrial hygiene, process control, and personal safety. Compatible with X-act 7000.
- Microtube for 1,3-Butadiene detection (0.525 ppm), ideal for polymer, rubber, and plastics industries with X-act 7000.
- Mercury vapor microtube (0.0050.25 mg/m³), used for occupational exposure, lab safety, environmental compliance. For X-act 7000.
- Alcohol (ethanol/methanol) microtube (105000 ppm) for monitoring in beverage, laboratory, or production environments. X-act 7000 compatible.
With each set of MicroTubes, you can perform 10 individual tests. The substance-specific reactive layers and multiple pre-layers in the capillaries of the Dräger MicroTubes allow for selective gas testing. The various layers serve as a filter, for example. During testing, they filter out other substances that occur in the workplace so that only the target substance is indicated in the test result. This significantly reduces cross-sensitivities and lowers the number of false-positive test results and false alarms. The RFID tags applied to the Dräger MicroTubes contain all the calibration data that apply throughout their normal lifespan of one year. This eliminates the need for lengthy function tests and manual calibration. This reduces cost of ownership. MicroTubes are available for various hazardous substances and the number is constantly being increased.
