Types of Marioff HI-FOG water mist systems

HI-FOG® water mist systems can be optimized to offer fire protection for a variety of locations. HI-FOG components are chosen based on the needs and risks of the protected space. 

In addition to being able to customize single systems, we offer holistic fire protection solutions by combining different types of water mist systems to secure demanding locations.

A HI-FOG water mist system can protect complex spaces both on land and at sea. For example, in a large office building you can cover the office spaces with a HI-FOG wet pipe system, use the HI-FOG pre-action system for the computer server room, and use a HI-FOG deluge system to protect the back-up generators.

Water mist fire protection in brief

When tiny water mist droplets turn into vapor, a great amount of energy is absorbed from the fire. This makes water mist an excellent choice for fire protection.

High-quality components guarantee reliable fire protection

The components of HI-FOG water mist fire protection system are the key to effective fire protection. The innovative design and high quality of our components ensure the reliability and longevity of HI-FOG systems.

Water mist protects both people and buildings from fire

Advanced Marioff HI-FOG water mist fire suppression systems secure the fire safety of a wide range of buildings, industrial processes and equipment as well as infrastructure. We help keep people safe and your operations running by providing peace of mind to you.

We are experts on water mist systems at Sea

Fire protection at sea is especially demanding, with many requirements in place to ensure maritime operations remain safe from fire. We have gained experience from thousands of marine projects for various ship types ranging from luxury yachts to supply vessels and offshore applications. We offer unrivalled expertise for ensuring the fire safety of your ship.

We are here to help you

Would you like to know more about HI-FOG fire protection
or our Lifecycle services? Please be in touch.