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What To Do If The Magnetic Pump Crystallizes？
TIME：2024-07-09 Author：admin Views：
Analysis of the causes of crystallization of magnetic pumps
1. Temperature: When the temperature of the liquid transported by the magnetic pump is lower than its crystallization temperature, the solute in the liquid will gradually precipitate and form crystals.
2. Concentration: If the solute concentration in the liquid is too high and exceeds its solubility, it will also cause the solute to precipitate and form crystals.
3. Flow state: The flow state inside the magnetic pump also affects crystallization. When the flow speed is too slow or there is a dead corner, the solute in the liquid is more likely to precipitate.
Countermeasures for crystallization of magnetic pumps
1. Control temperature: According to the properties of the liquid, reasonably control the operating temperature of the chemical pump to avoid crystallization caused by too low liquid temperature.
2. Adjust concentration: For liquids that are easy to crystallize, their concentration can be reduced by dilution and other methods to reduce the possibility of crystallization.
3. Optimize flow state: Improve the internal structure of the magnetic pump, increase the flow speed, and eliminate flow dead corners to reduce the risk of crystallization.
4. Regular cleaning: For chemical magnetic pumps that have crystallized, they need to be cleaned regularly to restore their normal functions. When cleaning, you need to pay attention to choosing the right cleaning agent and follow the corresponding operating procedures.
Magnetic pump crystallization is a common problem that can be avoided through reasonable measures. As engineers, we need to have a deep understanding of the working principle of the magnetic pump and the properties of the liquid, and start from the aspects of temperature, concentration and flow state to formulate effective preventive measures and response plans. Regular maintenance and cleaning are also important links to ensure the normal operation of the magnetic pump.
-THE END-
1. Temperature: When the temperature of the liquid transported by the magnetic pump is lower than its crystallization temperature, the solute in the liquid will gradually precipitate and form crystals.
2. Concentration: If the solute concentration in the liquid is too high and exceeds its solubility, it will also cause the solute to precipitate and form crystals.
3. Flow state: The flow state inside the magnetic pump also affects crystallization. When the flow speed is too slow or there is a dead corner, the solute in the liquid is more likely to precipitate.
Countermeasures for crystallization of magnetic pumps
1. Control temperature: According to the properties of the liquid, reasonably control the operating temperature of the chemical pump to avoid crystallization caused by too low liquid temperature.
2. Adjust concentration: For liquids that are easy to crystallize, their concentration can be reduced by dilution and other methods to reduce the possibility of crystallization.
3. Optimize flow state: Improve the internal structure of the magnetic pump, increase the flow speed, and eliminate flow dead corners to reduce the risk of crystallization.
4. Regular cleaning: For chemical magnetic pumps that have crystallized, they need to be cleaned regularly to restore their normal functions. When cleaning, you need to pay attention to choosing the right cleaning agent and follow the corresponding operating procedures.
Magnetic pump crystallization is a common problem that can be avoided through reasonable measures. As engineers, we need to have a deep understanding of the working principle of the magnetic pump and the properties of the liquid, and start from the aspects of temperature, concentration and flow state to formulate effective preventive measures and response plans. Regular maintenance and cleaning are also important links to ensure the normal operation of the magnetic pump.
-THE END-
