NETZSCH Presents A Worldwide New Pump Concept

When it comes to dosing different fertilizers, Spanish filling and packaging specialist Maquienvas was discontent with their electromagnetic and mass flow meters. They therefore turned to NETZSCH, who recommended PERIPRO peristaltic pumps specifically for this application that requires handling abrasive, corrosive and organic fluids.

Football not only inspires millions of people worldwide, but also has a unique social power: It connects people, fosters community, and transcends boundaries. The Kick & Fun initiative utilises precisely this strength of sport and has been organising inclusive football camps for children and young people for several years. NETZSCH Pumps & Systems is sponsoring the camp in Waldkraiburg for the third time and will cover the participation fees for ten children from low-income families this year.

Additive manufacturing is becoming increasingly important, particularly in the medical sector. In the field of orthopaedic technology, it opens up a wide range of new possibilities – enabling prostheses, orthopaedic shoe insoles, and liner covers to be individually tailored to each patient.

Peristaltic pumps have emerged as a revolutionary solution in industrial pumping, offering a myriad of benefits over traditional pump technologies. Fundamental to these pumps is a simple yet ingenious component: the hose. By using advanced hose designs, these pumps can significantly increase longevity and decrease operational costs.

NETZSCH Pumps USA highlights its TORNADO T1 Generation F pump, designed to produce high flow at low to medium pressures in a small compact package. It is ideal for various industrial applications. The pump can handle a wide range of viscosities, solids, temperature, abrasion, and corrosive/acidic process fluids and environments.

The more different suspensions and solutions are conveyed, the greater the challenges for the pumps. For example, Honeywell Specialty Chemicals GmbH at the Seelze site in Lower Saxony, Germany, had to contend with heavy wear and cost-intensive system downtimes.