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RKM Transport chooses Rotoflo for reliable bulk transfers
Victoria’s RKM Transport has incorporated a Rotoflo hydraulic drive bulk transfer pump into its fleet, installing a 100mm (4") pump system on one of its B-double trucks.
Molasses pumps for trucks
The Rotoflo hydraulic drive bulk transfer pump is engineered to excel in molasses transport.
Case study: McRobert Distillery
Molasses from Bundaberg and a gear pump from Ballard Industrial at Sarina are key Queensland ingredients in a new Western Australian rum-making venture.
The BGC Series of gear pumps
The BGC Series of pumps excel at pumping non-abrasive fluids, like molasses, at low to medium pressures. They are robust in design and, when looked after correctly, will provide many years of service.
The Rotoflo series of petrol-drive gear pumps
Mobility is the key attraction with the Rotoflo series of transportable pump units, along with instant molasses transfer with the turn of a key.
The SmartFlow molasses handling system
Our simple, cost-effective SmartFlow system uses a molasses gear pump, manifold and standpipe to pump product into and out of storage tanks quickly and easily with no wastage or mess.
The BBP Series of stainless steel gear pumps
The BBP Series of stainless steel pumps are positive displacement, low-inertia, stainless steel gear pumps ideal for pumping heavy material like molasses.
Three-point linkage units for molasses pumps
Our three-point linkage units are designed to use the power of your tractor to move and drive your molasses pump with a PTO connector.
How to handle bulk molasses
A molasses gear pump and handling system is the most efficient way to feed out bulk molasses to livestock.
The ideal pump for molasses
The best type of pump for transferring molasses is a gear pump. Gear pumps are a type of positive displacement pump that move a fluid with cogs or gears using a cyclic pumping action.
What is a gear pump?
Gear pumps are widely used to pump high viscosity fluids, such as molasses. Their fixed displacement design means they pump a constant amount of fluid for each revolution.