DICKOW Pumps presents its first peripheral pump

DICKOW Pumps, a leading producer of magnetically coupled pumps, proudly announced the introduction of its latest innovation: the magnetically coupled peripheral pump type TPM. This pump sets new standards in terms of flexibility, safety and reliability.

Characteristics of the magnetically coupled type TPM:

  • high pressure: with the ability to handle high pressure, this pump is ideal for demanding applications
  • hermetic sealing: As most pumps of Dickow Pumpen, the Type TPM is magnetically coupled which makes the pump leak-proof and prevents the escape of liquids or gases.
  • robust and low-wear design: the pump was designed for durability and reliability and is particularly resistant to aggressive media.
  • environmentally friendly: the use of the magnetic coupling and the start-up protection of the containment shell prevent leaks, which improves both the environment and safety in the workplace.
  • good NPSH properties: Thanks to the combination of the suction impeller and the axial inlet, the TPM impresses with good NPSH properties.
  • low-flow – high head: high pressure at low flow rates and minimum quantities can be realized.

“With the type TPM, we have developed a new pump that impresses with its outstanding properties and contemporary application options,” says Andreas Russ, Product Manager at DICKOW Pumps. “The magnetically coupled peripheral pump is the result of intensive research and development, and we are convinced that it will optimally meet the requirements of our customers.”

“The technology enables pulsation-free pumping of the media. This, together with a wide range of materials and monitoring options, makes many applications possible,” says Chief Sales Officer Alexander Hammer, adding: “The TPM type is particularly suitable for pumping acids, alkalis, condensates, chemicals and liquid gases such as CO2.”

 

The peripheral pump TPM is already available. For more information, please visit the DICKOW website or contact one of their sales team directly:

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