Is the manufacturing process for magnetic-driven turbine pumps (vortex pumps) complicated?
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Is the manufacturing process for magnetic-driven turbine pumps (vortex pumps) complicated? At 100CP, both flow rate and pressure meet the requirements. Should I choose a gear pump or a vortex pump? In terms of price, the vortex pump seems to be cheaper. Thank you!
The viscosity mentioned by the poster is 100CP; what is the density of the material you are transporting? The higher the viscosity of the material, the less suitable centrifugal pumps are for use; it is recommended that the user opt for a magnetically driven gear pump
What is the temperature? If it’s too high, the magnets will lose their magnetism, which will affect the operation of the pump. Another factor to consider when choosing a magnetic pump is whether the medium contains particles. Generally, neodymium-iron-boron magnets can withstand temperatures below 180°C; for higher temperatures, samarium-cobalt magnets are required.
For a viscosity of 100 cp, it is recommended to use a gear pump, as it offers high efficiency. Centrifugal pumps either cannot be used or require efficiency adjustments, as their efficiency is low.