Marine Breakaway Couplings (MBCs) provide an identifiable safety fuse in offshore fluid transfer systems.
The Marine Breakaway Coupling automatically activates and shuts off product flow either when there is undue tensile load on the hose string or an unacceptable surge in flow. The MBC then separates.
The proven technology of Gall Thomson Marine Breakaway Couplings is the result of nearly 40 years of operational and design experience
Gall Thomson MBCs have constantly evolved in response to the vast amount of operational and environmental factors that test the efficiency and safety of transfer operations.
The MBC and its internal components are subject to numerous variables including: media type, flow variables, hose types, hose condition and age, maintenance regimes, environmental variables such as sea conditions, weather and temperature, frequency of use, storage conditions, storage time, handling and installation conditions.
Gall Thomson has monitored, analysed and reacted to Real-World operational, activation, servicing and refurbishment data by evolving the designs and manufacturing procedures of its Marine Breakaway Couplings.
The result is the latest generation of MBCs that have been designed and manufactured in response to this valuable experience and consistent investment.
The Gall Thomson MBC is the industry standard. It is compact and lightweight, durable and most important; proven around the world to deliver operational efficiency and to activate only in the circumstances for which they were designed.









