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Pumps matter to the performance of your processes and choosing the right ones is critical - to productivity, profitability, reliability and to safety.

On the face of it, making the right choice should be easy - the necessary dimensions, output, material and safety standards are all given. What isharder to determine is the optimal choice of fluid handling technology.

To start with, what are you pumping? Is it shear-sensitive? How viscous and abrasive is it? Is it explosive? Or acidic? Do you need gear pumps, hose pumps, diaphragm pumps or progressive cavity pumps? Or selfadjusting technologies and pumps with minimal parts to reduce wear and maintenance? Could sealless technologies prevent leakage and anti-friction bearing designs reduce energy use? And what about integrated heating/cooling jacketing for total temperature control of the fluid being pumped?

Should the pumps be self-priming? How easily can you strip lines to remove valuable product residue? How can you avoid cross contamination? Howeffective are your mixers in avoiding sedimentation and how easily do they integrate with the rest of your process? Do they require large vessels? How much energy do they need?

Lots of questions without one general answer - only the optimal pump and mixer for your process.

You know what you want from your processes. We, in turn, understand fluid dynamics and the equipment and systems you use to optimize those processes.

We represent the very leading brands in each technology. These technologies include: pumps, mixers, valves, dispersion equipment, grinders, heat exchangers, instrumentation and analysis equipment, fittings and tubing.

Applications:

PLASTIC production:

Tanker drawdown pumps - gear, AODD, hose, progressive cavity, curcumferential piston pumps. Metering and dosing pumps, bulk pumps. Top entry mixers.

PANIT production:

Containment duty pumps minimize spillage risks with hazardous compounds. Sealless and magnetic drive or canned motor-pumps are leak free, minimizing spillage risk and reducing maintenance and downtime.

Continuous on-off operation places stranins on pump operation but AODD pumps can handle stop/go operation.

ADHESIVE production:

Vane pumps, internal gear pumps and flow meters for metering reactants in the reactor.

Vane pumps, internal gear pumps for raw materials transfer to storage. Metering pumps for precision in pH adjustments and reaction control.

DETERGENT production:

Transfer of components into the batch tanks: progressive cavity pump, rotary lobe pumps, dosing pumps depending on flow and viscosity.

Rotary lobe pump for ease of cleaning.

PIGMENT applicataion:

Small fixed mount diret-drive or gear-drive mixer in storage/buffer duty. High precission metering pumps for accurate dosing.

FERTILIZER production:

Compact top entry mixers and abrasion-resistant positive displacement pumps.