Maag Pump Systems: New gear pumps with up to 50% higher performance

With the launch of its 6th generation gear pumps, to be first unveiled at the K’2013 show, Maag redesigned every single component featured in its pump portfolio, from gears and shafts through to bearings and seals, fine-tuning how all components interact, culminating in a system with a new industry-leading price/performance ratio.

A improved volumetric efficiency makes it possible to operate at reduced rpm, shear rates and temperatures, and consequently a narrower residence time distribution. This will favorably impact production rate, polymer quality and pump lifetime, while reducing energy consumption by as much as 5 to 10%,

The advantage of an enhanced pump geometry will be welcomed by manufacturers of easily degradable products, in particular during degassing stages where minimum fill levels translate into reduced residence time. Customers will thus be able to minimize the levels of volatiles in their products.

Product quality is improved overall. Due to the enhanced pressure capabilities, finer filter meshes can now be used further down the line. And a higher volumetric efficiency and fewer pulsations guarantee a constant quality and output of the final product.

Given its increased operating range, Maag’s new gear pumps will enable manufacturers to branch out into the production of a wider variety of products since they can handle up to as much as five orders of magnitude of viscosity.

Maag also offers alternative housing designs for its polymer extraction pumps, with matching interfaces to older pump generations. Thus, customers looking for dramatic cost-effectiveness while debottlenecking their existing plant will greatly benefit from the outstanding performance of this new generation, with minimum installation costs.

The portfolio is comprised of multiple sizes covering throughput ranges from a few kg/h up to 100 t/h, with application-optimized design options. Sizes 250 and above will be available at launch, while others will be introduced in the course of 2014.


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