less water
+++
effective cooling
+++
local inerting effect
+++
does not harm humans
+++
environmental friendly
+++
cost effective
+++
proven to international protocols and standards
+++
reliable & flexible ...
less water
+++
effective cooling
+++
local inerting effect
+++
does not harm humans
+++
environmental friendly
+++
cost effective
+++
proven to international protocols and standards
+++
reliable & flexible ...
provides improved safety for tenant's data safety / operation - no risk on false discharge with pre-action systems, keeps the ventilation running during
does not deplete the ozone layer
does not contribute to global warming
is environmentally friendly
is lightweight
is reliable
is versatile
is flexible
can easily be retrofitted
can easily be extended
offers modular concepts for extensions
after a fire incident less water has to be picked up (in harzardous environments)
provides increased uptime - keeps the ventilation running during discharge, activation only in areas where a fire is detected, no need for refill (compared with gas systems)
uses thinner pipes (less material)
ensures increased space optimization - saving of water storage space (vs sprinkler systems), compact pumps (vs gas cylinders)
ensures savings on CAPEX - saving of water storage space (vs sprinkler systems), protection of entire facilities with one technology
ensures savings on OPEX - no risk of false discharge with pre-action systems, protection of entire facilities with one technology, activation only in areas where a fire is detected, no need for refill (compared with gas systems)