How sealless pumps can improve safety and optimize maintenance and operational costs.
sealless pumps
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Learn the history of sealless pumps, their operating principles and the benefits users can expect.
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Pump selection involves a series of tradeoffs.
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Replacing worn seals or packing is a time-consuming maintenance task that can lead to costly downtime in a pumping system.
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For pumps, this term generally relates to sealless canned motor pump (CMP) or magnetic drive pump (MDP) types.
Learn the advantages of using sealless pumps for electric vehicle production.
These bearings are located within a containment shell with no shaft exposed to atmosphere
White Paper
Technological overview of the seal-less design with field examples of performance capability.
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The design does not use a dynamic shaft seal as a primary containment device.
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Learn how thrust balancing can improve upset forgiveness and handle corrosive, volatile and solids-laden fluid.
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These critical aspects must be addressed to protect the environment.
Advanced pump design helps avoid corrosion and leaks.
These sealless pumps designed specifically for the food and beverage industry provide high flow rates and excellent product recovery.
The technology offers a lower cost of ownership, reduced maintenance needs and a longer service life than some conventional plunger pumps.
Chemical applications operate best with systems that offer strong corrosion resistance.
Magnetic couplings improve reliability and safety when pumping hazardous fluids.
These pumps prove their worth in critical handling operations.
These pumps provide the strong suction, wear compensation and product containment required when moving these dangerous chemicals.