Marine Fire
Marine Fire, a brand of Ultra Fog Spa, specializes in gas-based fire suppression and detection solutions with a history spanning 35 years. The company maintains production plants and commercial offices across Europe and Asia, including locations in Italy, Sweden, Monaco, and the UK. Operating as a turnkey provider, the company manages everything from system design based on general arrangements to manufacturing, commissioning, and global after-sales support.
The product range centers on both pre-engineered and custom-engineered systems utilizing Novec 1230 clean agent gas, alongside fire detection alarms and fire dampers. These systems hold certifications from major international maritime authorities, including RINA, BV, DNV, MED, and the US Coast Guard, and comply with ISO 9094-1 and ISO 9094-2 standards.
For vessels under 24 meters, the 960 Series pre-engineered systems offer ready-to-install fire suppression. A single cylinder protects volumes up to 70 cubic meters, while a dual-cylinder configuration extends coverage to 140 cubic meters. These refillable units support manual, automatic, or combined activation and are delivered as complete kits containing the valve, nozzle, bracket, and status indicators.
For yachts over 24 meters or class-certified vessels up to 500GT, Marine Fire supplies custom-engineered systems tested to IMO and SOLAS standards. These systems are housed in compact cabinets designed for installation outside the engine room and can be customized with specific activation modes, time delays, and sirens. The company also builds custom carbon dioxide suppression systems specifically for galley hoods.
The fire detection portfolio includes conventional and addressable alarm systems designed to integrate with onboard monitoring networks via Modbus. The conventional MFC system is a plug-and-play solution managing up to 20 zones, featuring various smoke and heat sensors, alarms, and IP65-rated manual call points.
For larger vessels requiring compliance with IMO and SOLAS rules, the MED-approved addressable panels assign unique identifiers to each sensor for exact fault and alarm location, utilizing an LCD interface and modular components that allow part replacement without a full system reset.
