The MT236 and MT296 thermal fans are very powerful devices, equipped with a motor offering a flow rate of 52550 m3/h for the former and 128 950 m³/h for the latter. Thanks to EASY POW'AIR technology, they can be positioned up to 6 meters from an opening without loss of power. Designed for emergency services, they combine efficiency and robustness.
Autonomy and power without the need for an external energy source
NEO or EASY POW'AIR technology, depending on model, enables positioning up to 6 m without loss of power.
Operates between 1h50 and 2h10 without external power source.
Low noise level inside ventilated buildings.
Several options available, including a misting device and foam adapter.
Additional information
The MT236 thermal fan uses NEO technology to generate an ovalized jet of air with a flow rate of 52,550 m³/h. Positionable between 0.90 and 6 m from an opening, it enables firefighters to maneuver more easily while reducing noise inside the building. Its inclination and stabilization make it ideal for ventilating high spaces or basements.
The MT296 thermal ventilator is a very powerful device, equipped with a 16 HP twin-cylinder engine and delivering a flow rate of 128,950 m³/h. Thanks to EASY POW'AIR technology, it can be positioned 2 to 6 meters from an opening without any loss of power. Autonomous and easy to handle, it offers several options, including a misting device and foam adapter. Designed for emergency services, it combines efficiency and robustness.
Water purification and wastewater treatment processes developed for water sanitation produce many combustible, toxic or asphyxiating gases. This field of activity presents several ...
Road and railroad tunnels are considered as closed or partially closed structures. They feature same risks and hazards than interventions in confined spaces, such as oxygen ...
In car parks, the main risk related to gas presence is the toxicity of exhaust gas emitted by vehicles. A parking garage gas detection system is designed to provide reliable ...
Biogas is exhausted from biological degradation of organic matter without oxygen. This gas is naturally emitted in swamps, landfills, etc. It is artificially produced as well for ...