Portable Foam Equipment – Mk II DF130 Mobile Foam Unit

The MK II DF130 Mobile Foam Unit is an enhanced version of the original DF130 model, offering several key improvements for use in harsh and demanding environments. It is a fully marinised, one‑man deployable, high‑capacity foam station designed to provide robust performance in extreme conditions such as offshore, marine and corrosive industrial sites. Unlike the standard DF130, the MK II version features upgraded corrosion‑resistant materials and fittings that withstand salt water and severe weather, improving durability and longevity in harsh environments. It retains the same high output of finished low expansion foam (over 34,000 litres from a 130 litre tank) and easy one‑person operation but adds better protection against environmental exposure and extended operational resilience compared with older DF130 designs.

The MK II DF130 Mobile Foam Unit builds on the standard DF130 design with upgrades focused on durability, corrosion resistance and manoeuvrability in harsh environments. It is fully marinised for use in marine, offshore and corrosive industrial conditions, improving resistance to salt water and weather exposure. The unit retains its high foam output — more than 34,000 litres of finished low‑expansion foam in over 20 minutes — but adds features such as a stainless steel S‑Series foam branchpipe and corrosion‑resistant components, enhanced hose handling with kevlar‑reinforced polyamide hose to minimise kinking at low pressures, and a rear jockey wheel for greater stability and ease of movement when deployed. These enhancements improve operational resilience, longevity and usability compared with older or standard versions.

Yes. The MK II DF130 Mobile Foam Unit is suitable for use with all foam types, including fluorine‑free foams. Its foam induction system will accurately proportion a wide range of foam concentrates, whether traditional fluorinated agents or newer environmentally driven fluorine‑free foams used to meet UK and EU regulatory requirements. This ensures effective foam generation and fire suppression regardless of the foam chemistry selected for your application.