Drager Tubes

Products

Drager Detection Tubes – Dimethyl Sulphide 1/a(5)

Drager Detection Tubes – Methyl Bromide 3/a (5)

Drager Detection Tubes – Ethylene Oxide 25/a

Drager Detection Tubes – Nitric Acid 1/a

Drager Detection Tubes – Carbon Disulphide 5/a

Drager Detection Tubes – Oil ( Mist and Vapour) 10/a-P

Drager Detection Tubes – Epichlorohydrin 5/b

Drager Detection Tubes – Methyl Acrylate 5/a

Drager Detection Tubes – Hydrochloric Acid 50/a

Drager Detection Tubes – Benzene 5/b

Drager Detection Tubes – Oxygen 5%/b (8)

Drager Detection Tubes – Hydrogen Sulphide 0.5/a

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Drager Tubes

Since as early as 1937 Drager (Draeger) have been world leaders in the field of gas detection and monitoring and the Drager tubes technology along with the Drager acuro pump offer the highest levels of accuracy. (an average of +/ -10% standard deviation)

These tubes are highly respected in the industry because they deliver such accurate results, largely due to the wider diameter and graduation marks, which are perfectly spaced. Also the reagents used in their design always give well- defined results every time.

More than 500 different gases can be detected across a range of over 200 dedicated tubes. This high degree of accuracy allows them to be used in a wide range of industrial settings where ambient air has to be regularly tested and monitored for the presence of hazardous chemical and VOCs.

There is always the potential for health and life threatening levels of contaminants getting into the breathing air in work environments such as Marine, petro -chemical and oil industries as well as the agro -chemical and pharmaceutical and waste management industries and of course in accident and emergency situations where rapid response times are needed urgently and the results have to be extremely accurate.

Drager gas detection tubes are respected and used worldwide by professionals who demand the highest standards of accuracy and reliability. The design of these tubes enable specific gases to be detected even in a complex ambient background atmosphere.