Energy-saving renovation for improved pump efficiency
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After the modification, a significant amount of electricity can be saved each year
High-power pumps are still cost-effective
In simple terms, it just involves improving the smoothness of the flow channels; nothing else has been done. This is similar to those university professors who claim to be able to help manufacturers optimize three-dimensional flow patterns. We once hired a professor from a university to optimize the hydraulic system, and after the optimization, the efficiency actually decreased. All the molds have been modified, resulting in an entire batch of molds being discarded.
The hydraulic models of imported pumps are all good. We’re all tired of pumps that are not energy-efficient. Owners always want to get an energy-efficient pump at the price of a regular pump, but that’s impossible. This isn’t considered selling cheaply.
What is the hardness of the coating? What is the bonding strength to the substrate? What is its resistance to erosion? What is its temperature resistance? How about organic and inorganic media resistant to acids, alkalis, and salts? What’s the price?
Coatings save energy by effectively preventing corrosion, smoothing the surface, reducing resistance, and lowering energy consumption; they represent an effective long-term method for saving energy :)
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