SUSTAINABLE AND RESPONSIBLE
QUALITY FROM FINLAND

Assembled in Finland with high quality components

The Aquapix high pressure nozzle is made of high quality acid-resistant steel. All nozzle components are manufactured in the EU. The product is assembled in Finland according to ISO 9001:2015 quality management system and ISO 14001:2015 environmental management system. Aquapix is fire tested (OH1) by IFAB GmbH in Germany, Baltic Fire Laboratory in Poland and component tested by Eurofins in Finland.

Aquapix Brand

The Aquapix high-pressure water mist nozzle is patented worldwide. Behind the commercialisation of this innovation are five pioneers in the fire sprinkler installation industry, with a combined experience of more than 120 years in sprinkler and water mist installation and a strong understanding of the day-to-day needs of the installer.

As a result of collaboration and expertise, the Aquapix brand was created, ushering in a new customer-friendly era for high-pressure water mist.

Aquapix is a trademark of Finnish company
Firex Oy (Ltd).

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Did you know about the benefits of
water mist and
high-pressure mist?

Water mist consists of very small water droplets. Its superior firefighting ability is based on vaporization: when the small water mist droplets vaporize, they absorb a significant amount of energy from the fire. This makes water mist an excellent choice for firefighting systems.

Firefighting based on
water mist, in short:

  • High pressure creates a larger surface area for water mist compared to low-pressure sprinkler systems.
  • Effective heat-absorbing properties prevent the fire from spreading and make evacuation safer.
  • Small droplet size enhances vaporization, efficiently displacing oxygen.

Benefits of high-pressure mist compared to sprinkler systems:

  • Smaller pipes take up considerably less space, often in tight ceiling voids or enclosures.
  • Requires a modest water source.
  • The stainless-steel pipeline, made from high-quality stainless steel, lasts the entire lifespan of the building.
    → Life cycle cost is often lower!
  • Minimal water quantity - minimal water damage during firefighting
    → The system can be quickly restored to operational readiness after a fire.