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Flux produces reliable, efficient pumps for transferring liquids from IBCs and also tanks. Whether handling low viscosity chemicals or highly viscous media, our quality IBC pump range provides controlled, safe product transfer. Our F 300 CombiFlux, F 400 and F 500 series vertical pumps can be ordered in 1200 mm length, specifically designed for emptying IBC containers.
In addition to our traditional vertical pumps, Flux also manufactures TR series horizontal models. The F 430 TR is ideal for low viscosity IBC transfer applications, offering flexible installation - directly in a pipeline, or fixed to a baseplate or trolley. Additionally, for high viscosity fluids, the VISCOPOWER TR provides powerful, low-pulsation transfer with adjustable flow rates. Meanwhile, if space is limited, our MINIFLUX direct-mount IBC pump is a compact alternative. Whatever your liquid transfer needs, FLUX has the right IBC pump solution.
The Flux F 430 TR is a centrifugal pump with axial impeller, for transferring low viscosity liquids. It is designed for connection to IBCs, tanks and containers that have a low-level outlet. In particular, the F 430 TR is an ideal solution for tanks situated in areas with restricted overhead access. The pump is available in stainless steel and polypropylene materials, with a choice of o-rings, therefore ensuring compatibility with most common chemicals.
Furthermore, the stainless steel version is ATEX-certified, making it suitable for use in hazardous areas and with flammable liquids. The F 430 TR is compatible with all F 400 series electric and compressed air motors. The pump is easy to disassemble for cleaning and maintenance, thereby ensuring long-term reliability.
* Performance depends on application, fluid properties and pump configuration. Refer to technical data sheets for precise specifications.
** The maximum delivery rate is a test bench value, measured with water at 20 ° C at the pressure port of the pump, without accessories (hose, nozzle, flow meter). The practically achievable delivery rate is lower. Performance depends on the individual application, the fluid properties and the pump configuration. Please refer to technical data sheets / performance diagrams.
*** Dependent on pump model, motor and medium.
Polypropylene pump:
Hydrochloric acid, Boric acid, Sulfuric acid, Citric acid, Lactic acid, Phthalic acid, Sodium hydroxide, Potassium hydroxide, Ammonia water.
Stainless steel pump:
Petroleum, Diesel, Heating oil, Hydraulic oil, Machine oil, Motor oil, Gasoline, Formic acid (from 85% concentration), Ethyl Glycol, MEK (methyl ethyl ketone = butanone), Ethanol, Methanol, Butanol, Acetone, Toluene, Isobutanol, Propanol, Xylene, Urea solutions, White spirit.
The Viscopower F 580 TR progressive cavity pump is designed for high viscosity liquid transfer from IBCs and tanks. Specifically, it can handle thin to highly viscous, self-flowing liquids up to approx. 80,000 mPas. The positive displacement design provides smooth, pulsation-free transfer with constant pressure and minimal shear. It is ideal for applications where access to the supply tank from above is not possible. Both food-safe and ATEX approved versions are available. Model F 580 FOOD is certified to FDA CFR 21 and EC1935 / 2004 food standards.
Furthermore, the Viscopower TR can be mounted directly in a pipeline, or on a baseplate or trolley for stationary or mobile use. It is powered by direct drive, three-phase electric motor, or FPM type compressed air motor, and can transfer liquids with solid particles up to 8 mm in diameter. Finally, its modular construction with few moving parts allows for fast disassembly in under one minute.
*depending on pump model, motor power, media rheology and properties.
The VISCOPOWER TR is suitable for a wide range of transfer applications, such as:
Compatible Motors
Please call us on 01202 823304 or email sales@flux-pumps.co.uk for assistance
If you need a compact solution for IBC emptying, the MINIFLUX is an excellent alternative. Designed for rapid liquid transfer, it connects directly to the IBC outlet valve. This pump is perfect when vertical drum pumps are not an option, due to space constraints. Powered by F 400 series compressed air or electric motors, the MINIFLUX is a cost-effective, space-saving solution for any low viscosity IBC pumping application.
Various types of positive displacement, high viscosity pumps are available, for example, progressive cavity pumps, double diaphragm pumps, piston pumps and flexible impeller pumps. However, each pump has its benefits and limitations, depending on the application and the pumped media. Therefore, IBC pump selection requires an understanding of the product itself, ie. media viscosity, density, rheology and flowability at different temperatures. Furthermore, additional considerations include available power supply, transfer distance, pipeline pressure losses and desired flow rate.
Flux has chosen progressive cavity pump technology, for good reason. For transferring high viscosity liquids from IBC’s, the Flux Viscopower TR is the ideal choice. It is a very compact, modular design, compatible with either an electric, or compressed air motor.
Importantly, it can handle typical viscosities up to 100,000 mPas, providing smooth, pulsation-free transfer with minimal product shear. It creates powerful suction help pull viscous media from the IBC to the pump inlet. Moreover, Viscopower pumps have few moving parts and are extremely easy to dismantle for cleaning and maintenance. As a result, they are perfect for transferring pastes, oils and other thick, slow-moving fluids from IBCs and tanks.
Yes, FLUX offers ATEX-certified pumps for transferring flammable liquids with low flash-points from IBC containers. F 430 Ex TR is suitable for low viscosity fluids such as fuels and solvents, whereas the F 580 Ex TR can be used on much higher viscosity materials from 200 mPas to 100,000 mPas. Furthermore, these pumps are available with a range of o-ring materials to suit any liquid - please check material resistance charts for your application.
These pumps must only be used with ATEX certified drive motors, bonded earth cables and conductive inlet and discharge hoses, with swaged hose connections. These components reduce the risk of electrostatic charge accumulation. Charge accumulation can create a higher voltage. If this exceeds the breakdown voltage of the local atmosphere, a static discharge could occur and the resulting spark could cause a flash fire.
No. This pump is a centrifugal design that requires a flooded inlet. This means the liquid level in the IBC or tank must be above the pump inlet, so that liquid flows to the pump under gravity. The pump does not create suction. Once air enters the pump, liquid discharge will reduce to zero and the pump should be switched off. Importantly, the pump should also be switched off to avoid mechanical seal damage through dry running.
These pumps require a suitably sized inlet hose to connect the IBC outlet to the pump inlet. Keep the inlet hose as short as possible, especially when transferring high-viscosity, adhesive media with Viscopower TR, to avoid NPSH issues that stop the pump from priming. The longer (and smaller) the inlet hose, the harder the pump has to work to suck media to the pump inlet. In such cases, if the pump is unable to draw the media to the pump, increase the size of the inlet hose, or cut it shorter. Be aware that dry running the pump for long periods can cause rapid stator wear and potential mechanical seal damage.
F 430 TR pumps should not be used with liquids with viscosity >200 mPas, otherwise priming problems can occur. Some systems may require a bleed valve at the pump inlet, which can be opened to relieve any air locks that may occur. With both high and low viscosity pump systems, we recommend installing one or two isolation valves on the inlet hose. This ensures that liquid does not spill when disconnecting the pump from the IBC tank.
Get expert advice on the right IBC pump for your needs
Selecting the right IBC pump is crucial for efficiency and safety. Whether you need a pump for low viscosity liquids, high viscosity media, or a space-saving solution, FLUX has the ideal option. Our team is ready to help you find the best pump for your application. Contact us today to discuss your requirements and get expert recommendations on the perfect TR pump for your needs.
