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Banlaw

Arctic Range

Solve the 7 most common Fluid Management Problems, with Banlaw Xpress.
Check out the FillSafe Zero Demo Video, to see Banlaw’s mechanical overfill protection system in action.
Banlaw’s Arctic Range of products enable industrial users of diesel fuels and lubes to keep operating during cold winter months.
Our Check Valve Receiver is a high flow dry break diesel fuel receiver in the industry-standard size, but tougher, and with enhanced fuel security built-in.
Banlaw’s Tank Overfill Protection Systems help construction, mining, and rail operations that need to fill storage tanks and refuel diesel-powered machines. FillSafe, helps avoid equipment damage and maintenance costs from inaccurate filling, while increasing fuelling efficiency and site safety.
We design, engineer and manufacture a range of high performance diesel refuelling components including dry break nozzles, dry break receivers, vents and dust caps. Our products are designed and built for reliability and performance, and used in some of the harshest work environments around the world. Our Dry Break Nozzles are made from steel and aluminium and are ergonomically designed for easy and balanced operation even under high pump pressures. Banlaw dry break nozzles have the highest flow rate capability to help you improve diesel refuelling times and reduce vehicle downtime.
A Fuel Management System is a combination of hardware and software products, that together enable security, access, and control of fuel stores, whilst monitoring delivery and consumption. Banlaw fuel management systems are for companies that need increased accuracy, accountability, security or productivity from their fluid assets. It is normal for our fuel management customers to achieve fluid reconciliation rates in excess of 99.5%.
Our LubeCentral range of couplings is designed to fill and evacuate a wide range of fluids. This helps all heavy industries, including mining and rail businesses that want to service key equipment cleanly, and quickly. LubeCentral products have been specifically created for the job. They avoid contamination and cross-contamination of fluids, and maximise flow rates due to engineering design focused on optimising the fluid path.