Gall Thomson's Proven Technology (Marine Breakaway Couplings)

Marine Breakaway Couplings (The proven technology of Gall Thomson)

Seeking for a world's leading authority on the application, design alongside the supply of Marine Breakaway Coupling (MBC), Gall Thomson is your answer. Gall Thomson marine Breakaway Couplings allows for the safe transfer of both dangerous and non-dangerous liquids and gases and also reduces the risk of spillage.
With over 35 years of experience, Gall Thomson is known for delivering safe offshore liquid product transfer solutions, and is also recognized as a proven leader in the design, manufacture as well as application of anti-pollution and safety Marine Breakaway Couplings.

Petal Valve Marine Breakaway Couplings

Basically, the Gall Thomson Petal Valve Marine Breakaway Couplings was built to reduce to the barest minimum all offshore hose transfer oil spills that result due to tanker breakout/pressure surge incidents.

The petal Valve Marine Breakaway Coupling design is made up of a smooth bore guarding against any head-loss, preventing pressure drop during transfer of product.

 Application of the Petal Valve Marine Breakaway Couple

 Ultimately, the essence of a Petal Valve marine breakaway couple is to minimize the risk of marine pollution as well as damage to expensive capital equipment. This is because in a marine environment where a discharging vessel disconnects from its mooring or should an extreme pressure surge arises, the coupling splits when its pre-set parting load is exceeded.

Features and benefits

Gall Thomson with its wide array of experience and unique talents designed, developed and tested the Petal valve Marine Breakaway Coupling.
The output of the Petal valve Marine Breakaway Coupling is a result of considerable investment and extensive research thus ensuring a product that meets the operating standard and legislation of the government and modern commerce.
Also, the Gall Thomson Marine Breakaway Coupling is the best and most trusted Petal valve Design in the world with a unique advantage of a fully clear as well as a smooth uninterrupted bore. Thus there is a zero head loss providing an enhanced production efficiency.