Lube Central Flush Face Couplings

Banlaw's newest range of couplings, the Flush Face series makes it simpler to ensure zero contamination from site related dirt and cross contamination. The Flush Face coupling is designed to enable the operator to wipe the coupling face clean before engaging in the transfer hose. No exposed recesses means that only clean oil, grease or other fluid is transferred from the service unit to machine.

Banlaw's Flush Face Couplings enable rapid servicing of individual machines, and makes possible very short service times. The same dry break technology, unique coupling types and total system integrity are incorporated in the Flush Face Coupling systems, as well as colour coordinated components and unique nozzle/reciever connection, eliminating product cross contamination.

Higher Flow Capability

The fittings are physically larger in size – up to 1¼”. Available in NPT thread sizes to suit both current industry specifications and larger configurations to maximise the flow rate capability. Sound engineering design of the internal fluid flow path.

Flush Face to Minimise Contamination

Both the nozzle and mating receiver are a “flush face” design, without the traditional recesses to trap harmful contamination between mating fittings. This minimises the extent of contamination entering the fluid stream during servicing and reduces wear on mating seals and other components within the fittings.

Push To Connect

Without the need to manually retract the nozzle actuating collar during connection, the operator needn’t struggle to ensure proper engagement of the fittings.

Colour Coded

Each set is uniquely colour coded to assist the operator in identifying mating fittings.

Banlaw Durability

Unlike some other fittings on the market, this new range is “designed for the job”. It retains the trademark Banlaw features including the secure ball-lock latching mechanism and rugged electroplated steel construction of vital parts. This maximises the working life of each fitting and provides a safer work environment for the operator.

Technical Information