Tank optimization

Magnetic mixers

The most recent addition to the tank equipment offering, Alfa Laval’s magnetic mixers feature a patented design that delivers friction-free mixing. The impeller levitates on a powerful magnetic field at all times, whether at standstill or in motion, so there is no direct contact between bearing surfaces. This results in unparalleled cleanability, and enables the mixer to run safely even when dry. The patented eight-wing design offers gentle, low shear product treatment.

What technology meets your needs and goals?
Agitatorsrotary jet mixers or magnetic mixers.

Ultimate mixer hygiene

With no direct contact between bearing surfaces, there is no product stagnation. The transition from processing to cleaning is seamless, and the mixer runs safely until the last drop of product drains. Batch yield is maximized, and CIP or SIP cycles can begin immediately without the mixer needing to stop. Cleaning fluid flows through the bearing surfaces without interruption, and the mixer does not need to be submerged for cleaning – a spraying water jet is sufficient. All mixer components conform to USP Class VI standards.

High yield performance

As it can run dry, no minimum level above the mixer is required. This means that mixing can continue as long as the tip of the impeller is in the product. The eccentric position of the mixer eliminates the need for baffles, and usable product is maximized; yield per batch is significantly higher than with competing solutions. Alfa Laval’s eight-winged magnetic mixers deliver more pumping power with less effort, which also means reduced energy consumption.

Frictionless mixing

Thanks to the lack of friction and the stable eight-wing design, there is less speed limitation on the mixer. Our magnetic mixers can run in excess of 750 RPM. This is a particular benefit in heavy mixing where a vortex is required. Furthermore, there is virtually no bearing wear or particle generation.

 Mixing and agitation references and product overview  

 Match your mixer needs – Selection guide