Übersetzung für "Brandgase" in Englisch

These monitors measure aerosol contaminants such as dust, smoke, fumes and mists.

No, the combustion gases generated by PLEXIGLAS® do no attack the surfaces of other materials.

Many materials additionally release toxic combustion gases and/or copious amounts of smoke.

Does PLEXIGLAS® emit toxic combustion gases?

This leads to permeability, possibly permitting combustion gases and fire to pass through.

The gases formed during the burning of the combustible material are generally designated as combustion gases.

The DustTrak DRX monitor measures aerosol contaminants such as dust, smoke, fumes and mists.

Flames, smoke, gas emissions, heat – fire has many facets.

The sun is a big ball of fire gases.

Does PLEXIGLAS® emit corrosive combustion gases?

The spread of highly toxic smoke and fumes is thus effectively prevented.

Common fire traces such as carbon dioxide, carbon monoxide, or methane, thus do not serve the purpose.

Which combustion gases are formed when PLEXIGLAS® burns?

Fire and combustion gas are a big threat to life and limb in particular in buildings.

Tests are conducted under a specialized calorimeter hood that collects burning gases during flaming combustion.

As with the combustion of other substances, when plastics burn they produce various conflagration gases.

In controlling concealed fires, an assessment can be made from the oxygen level of the undiluted combustion gases, which should if

The factors of instability in the vicinity of a fire may cause accumulations of firedamp or explosive combustion fumes to be driven towards the seat of the fire by reversal of the ventilation in one or more of the local circuits.

In the event of fire this results in a decrease of the formation of carbon monoxide in the closed cell pore structure and thus in a reduction of the toxicity of the combustion gases.

Consequently, fillers are sought which are active with regard to difficult flammability and ensure the maintenance of good mechanical properties, and which fillers prevent the production of acidic combustion gases when the vulcanisates burn.

This finding is surprising in that the melamine has only a very poor basic character, the phosphates thereof can often have a poor acidic reaction but are nevertheless capable of reducing the production of acidic combustion gases.

Provision is further made that an upper face of the recesses is arranged at a distance from the spring core or respectively parts of the spring core; thus it is prevented that in the case of a fire the spring core can not also heat up too rapidly through the hot fire gases, whereby the security against back-ignition can be further increased.

They may have stretching and cushioning functions, but in particular sealing functions against heat and gases from a fire, which are maintained for an extended period of time even upon exposure to flames.

Hoods of this type are used in the case of fires, such as those in high-rise buildings, where the occupants are at risk from combustion gases, smoke, and falling objects.

This would apply to fire situations where conflagration gases are to be conveyed against the standard operating direction of flow in order to reach a closer tunnel exit.

This kind of reversal of flow direction is useful, for example, when employing the axial fan for purposes of tunnel ventilation, in a case where conflagration gases resulting from a fire are to be conveyed to a closer airshaft or tunnel exit.

For the simulation it is assumed that the behavior of the rising combustion gases corresponds to a turbulent free jet, with the reaction zone as the jet core.

DIN 57 207 (DIN=German Industrial Standard) and VDE Standard 0207 (part 24) require a halogen-free cable sheath compounds (inter alia) not only that their combustion gases should be non-corrosive but also that they should have a minimum strength of 6·5 MPa with an elongation at break of at least 125%.