Quali problemi può risolvere la pompa ad ingranaggi magnetici?

The magnetic gear pump is a centrifugal pump driven by magnetic coupling. It does not require mechanical seals and can solve many problems of traditional pumps. So what problems can the magnetic gear pump solve? The following will introduce in detail the problems that the magnetic gear pump can solve.

1. Magnetic gear pump can solve the leakage problem.
Traditional pumps usually use mechanical seals to seal the media inside and outside the pump body. However, mechanical seals are prone to wear and leakage, and require regular maintenance and replacement. The magnetic gear pump adopts the magnetic coupling transmission principle. There is no shaft seal and mechanical transmission device between the pump body and the pump shaft, thus avoiding the problem of leakage and improving the reliability and service life of the pump.

2. The magnetic gear pump can solve the problem of insufficient corrosion resistance of the pump body.
The pump bodies of many pumps are made of metal materials and are easily corroded by the medium. The pump body of the magnetic gear pump can be made of materials with good corrosion resistance, such as stainless steel, corrosion-resistant plastics, etc., which can adapt to the transportation requirements of corrosive media and improve the use range and reliability of the pump.

3. Magnetic gear pump can solve the problem of high temperature medium transportation.
Traditional pumps are prone to leakage and mechanical seal failure in high temperature environments. The magnetic coupling transmission device of the magnetic gear pump is sealed inside the pump body and will not be affected by high temperature and medium. It can operate safely and stably in high temperature environments, solving the problem of high temperature medium transportation.

4. The magnetic gear pump can solve the problem of transporting flammable and explosive media.
Traditional pumps often use mechanical seals to close the gap between the pump body and the pump shaft. However, mechanical seals can easily cause leakage of media inside and outside the pump, leading to leakage of flammable and explosive media and accidents. There is no shaft seal or mechanical transmission device between the pump body and the pump shaft of the magnetic gear pump, which will not cause leakage, transport flammable and explosive media more safely, and reduce the occurrence of accidents.

5. Magnetic gear pump can solve the transportation problems of low flow and high lift.
Due to the limitations of the mechanical transmission device, traditional pumps usually have poor performance under low flow and high head conditions. However, the magnetic gear pump adopts the magnetic coupling transmission principle and can achieve greater head and smaller flow. It is more suitable for occasions with higher flow rate requirements.

6. The magnetic gear pump can also solve the problem of transporting media that is prone to scaling.
Traditional pumps can become clogged or worn due to solid particles or scaling materials in the medium, requiring regular maintenance and cleaning. The pump chamber of the magnetic gear pump has a simple structure, without mechanical seals or transmission devices, and is not easily affected by solid particles. It can effectively transport media prone to scaling, reducing the difficulty of equipment maintenance.

To sum up, the magnetic gear pump can solve the problems of traditional pumps such as easy leakage, insufficient corrosion resistance, high temperature medium transportation, flammable and explosive medium transportation, low flow and high head transportation, and easy scaling medium transportation. Therefore, magnetic gear pumps have broad application prospects in chemical, petroleum, pharmaceutical, food, electric power and other industries, and will gradually replace traditional pumps and become the mainstream industrial pumps.