TODO’s range of DryBreak couplings benefit from over 40 years’ experience in the field. We use high-quality materials and apply innovative design principles to ensure customers can rely on our products for many years.
Our commitment to high standards not only saves customers time but also minimises the potential for costly downtime. TODO’s coupling ranges also prioritises operator safety and adheres to the latest industry regulation where required. Below is a list of our full range – click through to read more about each product.
TODO II Tank Units
Our latest generation of Tank Unit Adaptors, the TODO II is designed to reduce servicing time, whilst ensuring a quick and simple connection.
Learn More
TODO-MATIC
Dry-break coupling available in 1-6” sizes. Ideal for transferral of oil, gas and petrochemicals. Minimal residual loss and zero leakage.
Learn More
TODO-GAS
Available in 1-3” sizes, these units are ideal for the safe transfer of LPG in liquid and vapour phases.
Learn More
NGX Breakaway Coupling
The NGX breakaway coupling designed to eliminate spillages and damage to equipment when operators fail to disengage a line.
Learn More
NGX Marine Break-Away Coupling
The TODO marine breakaway coupling works in the same way as a standard NGX but is designed for use in harsh marine applications.
Learn More
Aviation TODO-45
The TODO-45 aviation refueling coupling offers real savings as well as improved safety features for organisations working in the aviation sector.
Learn More
Safety Pressure Tight Caps
TODO Safety Pressure Tight Caps have been developed in close collaboration with major chemical companies to guarantee containment and safety.
Learn More
TODO Fuel Nozzle
TODO’s fueling nozzles are made to withstand the pressure generated during high-volume transfer of product.
Learn More
TODO Ball Valves
An innovative design makes TODO ball valves ideal for safe and efficient switching of compartments.
Learn More
Swivel Joints
Swivel joints are designed to minimise torque stress on a hose while also permitting free movement.
Learn More