Passive fire protection is primarily used to maintain the functionality of structures, pipelines and containers for a defined period of time, since at temperatures of approx. 550°C the critical core temperature is reached and structures are at risk of collapse. In the event of a fire, the flame retardant material foams up, thus limiting the temperature development in the respective critical range over time. This saves important time for rescue and evacuation measures.
WIWA HERKULES GX PFP
|
|
Pressure ratio | 75:1 |
Output per cycle | 275 ccm |
Max. output (at 60 cycles/min): | 16.5 l/min |
Max. operating pressure | 450 bar |
Order number | 0663691 |
Automotive
Fire protection
Apparatus and mechanical engineering
Steel Construction
Offshore industry
General Industry
Passive fire protection is primarily used to maintain the functionality of structures, pipelines and containers for a defined period of time, since at temperatures of approx. 550°C the critical core temperature is reached and structures are at risk of collapse. In the event of a fire, the flame retardant material foams up, thus limiting the temperature development in the respective critical range over time. This saves important time for rescue and evacuation measures.
WIWA HERKULES GX PFP
|
|
Pressure ratio | 75:1 |
Output per cycle | 275 ccm |
Max. output (at 60 cycles/min): | 16.5 l/min |
Max. operating pressure | 450 bar |
Order number | 0663691 |
Automotive
Fire protection
Apparatus and mechanical engineering
Steel Construction
Offshore industry
General Industry