Suppliers of Fire Fighting Systems for Containers

Container fire-fighting equipment covers a defined product set used on container ships, ro-ro tonnage, and PCTC carriers: water mist lances, fixed deluge networks, mobile water-mist trolleys, infrared thermal imagers, and supporting CO2 or foam systems for cargo holds.

Demand is driven by SOLAS Chapter II-2 Regulation 10, IMO Resolution MSC.550(108), and the SSE 12 draft amendments scheduled to enter force on 1 January 2032. RecordsMarine indexes suppliers of fire fighting systems for containers active in retrofit and newbuild projects across the container, ro-ro, and PCTC segments.

Equipment Covered by the Category

The category is layered rather than singular.

Water mist lances are the primary crew-operated component. The lance pierces the wall of a sealed container and discharges water mist into the cargo space at high pressure. HydroPen, Unifire, and a small number of other manufacturers produce SOLAS-compliant designs.

Fixed deluge and drencher systems run along the weather deck, applying water to container stacks and adjacent structure. Some installations add remote-operated seawater monitors.

Mobile trolleys and additional pump units extend coverage to bays with limited fixed-network reach. Infrared thermal imagers are included in the draft SOLAS amendments confirmed at SSE 12 in March 2026, and support hot-spot identification through smoke. Boundary cooling pumps, ro-ro deck foam applicators, and cargo-hold CO2 systems complete the standard package. Suppliers of fire fighting systems for containers typically stock multiple layers of this equipment under one supply line rather than a single product line in isolation.

Regulatory Framework and the 2032 Deadline

SOLAS Chapter II-2 Regulation 10 establishes the baseline for on-deck fire-fighting on container carriers built after 2016, following the MSC.365(93) amendment.

SSE 12 finalised draft amendments to SOLAS II-2/10.7.3.1 covering water mist lance performance requirements, including breaching tools and extended reach. The same draft addresses portable infrared thermal imagers, active protection below hatch coamings, and approval standards for video fire detection on deck cargo spaces. Entry into force is set for 1 January 2032.

Class society notations supplement the SOLAS baseline. ABS issues the FOC and FOC+ Guide for fire-fighting on on-deck cargo areas of container carriers, with FOC+ specifying enhanced protection. DNV, Lloyd's Register, and BV maintain equivalent notations. Distributors of fire fighting systems for containers shortlisted on RFQs should provide type-test reports for the applicable notation alongside the technical proposal.

Brand Landscape and Class-Approved Equipment

The OEM field is concentrated. Fixed water mist installations are supplied by Marioff (Wärtsilä) HI-FOG, Fogtec, and Unifire. Portable lance systems are supplied by Survitec and HydroPen. Tyco/Johnson Controls and Minimax supply deluge headers and foam-side equipment. For ro-ro and PCTC tonnage carrying electric vehicles, where lithium-ion battery fires represent a parallel technical case, the same manufacturers are extending their product lines into EV-specific suppression.

Retrofit project experience is a primary qualification criterion. The majority of installed-base demand to 2032 is expected to be retrofit work on existing tonnage rather than newbuild specification. Suppliers of fire fighting systems for containers with completed retrofits on equivalent bay configurations produce more accurate technical scopes than vendors working from generic templates. The wider fire-fighting locker — extinguishers, hoses, foam concentrate, and SCBA — is sourced from the adjacent fire-fighting materials suppliers section under the same parent group.

Vendor Qualification Criteria

Retrofit engineering capacity is the primary criterion. Installation of deluge headers, lance storage, and additional pump capacity on existing tonnage constitutes a structural and electrical modification rather than a parts replacement. The supplier should employ naval architects internally or maintain an active relationship with a class-approved engineering house.

Service network coverage at relevant container ports is the second criterion. Distributors of fire fighting systems for containers operating commissioning teams at Singapore, Rotterdam, Algeciras, and Busan reduce port-stay impact relative to vendors dispatching personnel from other regions.

Crew training delivery is the third criterion. Lance and thermal imager operation requires periodic refresher training due to crew rotation cycles. Most failure events recorded in field reports relate to user-interface error rather than hardware failure, which makes training delivery a measurable selection factor.

Compare Container Fire-Fighting Vendors Below

The vendors below can be filtered by FOC and FOC+ track record, retrofit engineering depth, service-network coverage, and OEM relationships.

The full RecordsMarine listing of suppliers of fire fighting systems for containers groups vendors by region, completed project history, and equipment specialisation.