Flammer GmbH products

Flame Arrester approved to EN ISO 16852 for Atmospheric Explosion (Deflagration). Deflagration = Explosion propagating at subsonic velocity. End of line deflagration flame arrester installed at end of vent pipe prevents light-back at deflagration of potentially explosive vapour-air or gas-air mixtures from outside (atmospheric conditions) to the protected side (e. g. storage tank).

Flame Arrester approved to EN ISO 16852 as End of line deflagration flame arrester for Endurance Burning. Deflagration = Explosion propagating at subsonic velocity.

End of Line Flame Arrester Approved to EN ISO 16852 for Atmospheric Explosion . The end of line deflagration flame arrester installed at the end of vent pipes prevents light-back at deflagration of potentially explosive vapour-air, and or gas-air mixtures from outside (atmospheric conditions) to the protected side (e. g. storage tank). End of line flame arrester can be used for low flow rates in the favourably 180 ° installation.

Inline Deflagration Flame Arrester approved to EN ISO 16852. Deflagration = Explosion propagating at subsonic velocity. The flame arrester prevents a flame propagation to the protected side in case of deflagration of explosive vapor-air or gas-air mixtures.

Inline Deflagration Flame Arrester approved to EN ISO 16852 for Short Time Burning.  Deflagration = Explosion propagating at subsonic velocity.  Short Time Burning = Stabilized burning for specified time. Inline deflagration flame arresters designed to prevent transmission of a deflagration (explosion propagating at subsonic velocity). Inline deflagration flame arresters are fitted with two pipe connections, one on each side of the flame arrester.

Flame Arrester approved to DIN EN ISO 16852 as inline deflagration flame arrester and for Endurance Burning. Deflagration = Explosion propagating at subsonic velocity. Endurance Burning = Stabilized burning for unlimited time. Inline deflagration flame arresters are fitted with two pipe connections, one on each side of the flame arrester. They are designed to prevent transmission of a deflagration (explosion propagating at subsonic velocity) and also to stop flame propagation in case of endurance burning.

Inline Detonation Flame Arrester approved to EN ISO 16852. Deflagration = Explosion propagating at subsonic velocity. Detonation = Explosion propagating at supersonic velocity and characterized by a shock wave. Inline detonation flame arrester prevents a flame propagation to the protected side in case of deflagration and detonation of explosive vapor-air or gas-air mixtures.

Inline Detonation Flame Arrester approved to EN ISO 16852 for Short Time Burning. Deflagration = Explosion propagating at subsonic velocity. Detonation = Explosion propagating at supersonic velocity and characterized by a shock wave. Short Time Burning = Stabilized burning for specified time. Inline detonation flame arrester prevents a flame propagation to the protected side in case of deflagration and detonation of explosive vapor-air or gas-air mixtures.

Liquid Product End of Line Detonation Flame Arrester approved to EN ISO 16852. Deflagration = Explosion propagating at subsonic velocity. Detonation = Explosion propagating at supersonic velocity and characterized by a shock wave. Flame propagation is stopped through used liquid. End of line liquid product detonation flame arrester prevents light-back at deflagration and stable detonation of potentially explosive vapor-air, and or gas-air mixtures in a pipe that is located upstream of the ignition source (delivery line).

End of Line Deflagration Flame Arrester and Pressure Vacuum Valve approved to EN ISO 16852.  Deflagration = Explosion propagating at subsonic velocity. The pressure/vacuum valve approved as end of line deflagration flame arrester installed at end of vent pipes prevents light-back at deflagration of potentially explosive vapor-air, and or gas-air mixtures from outside (atmospheric conditions) to the protected side (e. g. storage tank).