Advanced Firefighting Technology (AFT) - Pioneer in portable, low pressure water mist & CAFS fire fighting systems. AFT has applied advanced aerodynamics technology from flow engineering applications involving liquid/gas mixtures to create AFT water mist firefighting systems. The technology creates high quality water mist at low pressure while ensuring maximum lancing distances for safe firefighting. The technology is adaptable to portable, mobile & fixed
firefighting apparatus.

AFT has succeeded in combining the two most natural recources for its distinguishing products:
Water and Air.

This revolutionary watermist technology outperforms conventional firefighting devices in itsefficiency and environmental safety.

Today, AFT has grown into a leading company in the development and application of innovativelow pressure water mist & CAFS fire fighting technology. AFT systems have been demonstrated worldwide and met with great interest and international endorsement.

AFT has applied advanced aerodynamics technology from flow engineering applications involving liquid/gas mixtures to create AFT water mist firefighting systems.

The AFT technology creates a narrow distribution of ultra fine water mist, foam or CAFS using speciality nozzles. The droplets create an enlarged surface area (almost 50 times) as comparedto a conventional water tender. This results in rapid cooling due to extensive heat absoption and the resultant steam generated expands 1640 times in volume thus inserting the atmosphere around the fire.

The combined effect of cooling and blanketing results in effective rapid extinguishing.
AFT has applied advanced aerodynamics technology from flow engineering applications involving liquid/gas mixtures - originally devised in the rocket science domain and later enhanced for fire fighting purposes - to create AFT firefighting systems.

- AFT's low-pressure fire extinguishers are a real revolution in firefighting technology!
- AFT's portable systems guarantee quick response and flexibility!
- AFT's firefighting devices are characterized by very long lancing distances!