Magnetic suspension centrifugal blower
1. Transport of materials and gas
It can be used in industries such as cement plants, chemicals and food: application scenarios include pneumatic transport of industrial raw materials, dust and food.
2. Wastewater treatment (municipal and industrial)
It can be applied to wastewater tanks, allowing biological activity in the treatment tanks to fully interact with the substances in the wastewater, thus achieving the purpose of removing pollutants.
3. Aquaculture
By blowing air into the bottom of hydroponic ponds, the oxygen content in the water increases, which improves the survival rate of aquatic products.
4. Other industries
For example, paper mills, brewing, textiles, dairy industry, thermal power, and other industries.
Magnetic levitation blower is a mechanical device for transporting gas. It uses core technologies such as magnetic levitation bearings, 3D flux impellers, high-speed permanent magnet synchronous motors, high-efficiency variable frequency drive, and intelligent monitoring and control. During startup, it first circles and then rotates, operating without friction and without the need for lubrication. The 3D impeller is directly connected to the rotor, resulting in no loss of transmission. It is a high-tech green product, energy-saving and environmentally friendly.
The magnetic levitation blower uses non-contact and frictionless magnetic levitation bearings and high-speed, high-power magnetic synchronous motor to directly drive the efficient fluid impeller. It overcomes the disadvantages of traditional blowers and air suspension blowers, and offers advantages such as high efficiency, low noise, reduced errors, and no need for lubrication system. Even if the magnetic levitation bearings fail, the protective bearings in the system ensure that the high-speed rotor can stop safely without causing serious damage to the equipment.
1. Transport of materials and gas
It can be used in industries such as cement plants, chemicals and food: application scenarios include pneumatic transport of industrial raw materials, dust and food.
2. Wastewater treatment (municipal and industrial)
It can be applied to wastewater tanks, allowing biological activity in the treatment tanks to fully interact with the substances in the wastewater, thus achieving the purpose of removing pollutants.
3. Aquaculture
By blowing air into the bottom of hydroponic ponds, the oxygen content in the water increases, which improves the survival rate of aquatic products.
4. Other industries
For example, paper mills, brewing, textiles, dairy industry, thermal power, and other industries.
