Magnetic suspension blower has the following significant energy-saving effects:

High efficiency conversion: Its advanced magnetic levitation technology can reduce energy loss and achieve efficient conversion of electrical energy to mechanical energy, saving about 30% more than traditional blowers.

Frictionless loss: there is no mechanical friction, reducing the energy loss caused by friction.

Intelligent control: The speed and air volume can be accurately adjusted according to the actual demand to avoid unnecessary energy waste.

Low current start: When starting, the current is small, reducing the power consumption during the start process.

Stable operation: Smooth operation, reducing the extra energy consumption caused by unstable operation.

For example, after the application of magnetic levitation blowers in some sewage treatment plants, the cost of electricity is significantly reduced compared with traditional blowers; In industrial production, the speed is adjusted intelligently to match the needs of different working conditions, avoiding the energy waste caused by high power operation. Moreover, its low current starting characteristics make it not cause a large impact on the power grid at the start moment, but also indirectly save energy.

Magnetic suspension blower is a new type of blower, with high efficiency, energy saving, environmental protection and other advantages, its application field is wide, including but not limited to the following aspects:

- Sewage treatment: Maglev blowers can be used for municipal sewage treatment and industrial sewage treatment to provide oxygen for aerobic microorganisms and promote biological reactions, so as to achieve the purpose of purifying water quality.

- Industrial production: In the production process of chemical, pharmaceutical, food, paper and other industries, magnetic levitation blowers can be used for pneumatic conveying, ventilation, exhaust gas treatment and other links.

- Cement building materials: magnetic levitation blower can be used in cement production kiln head and kiln tail ventilation, material conveying, etc., improve production efficiency and reduce energy consumption.

- Thermal power generation: In thermal power plants, magnetic levitation blowers can be used for pulverized coal transportation, boiler ventilation, etc., to ensure the normal operation of power generation equipment.

- Iron and steel metallurgy: used in blast furnace ironmaking, steelmaking and other processes of ventilation, dust removal, improve production quality and environmental protection level.

- Printing and dyeing textile: In the printing and dyeing and textile industry, maglev blowers can be used for wastewater treatment, fiber transportation, etc., to improve the production environment.

- Other fields: Magnetic levitation blowers can also be used in electronics, semiconductors, medical and other fields to meet the requirements of air purification and gas transmission in these fields.

With the continuous progress of technology and the reduction of cost, the application field of maglev blowers will continue to expand. In practical applications, the appropriate type and specification of maglev blowers should be selected according to the specific working conditions and needs to ensure that their performance and energy saving effects are fully played.