dust collector

The magnetic levitation centrifugal blower is a new type of high-efficiency and energy-saving blower that integrates cutting-edge magnetic levitation technology with traditional centrifugal principles. It is a model of innovation in the modern industrial power and ventilation fields.

- Working Principle: It breaks through the limitations of traditional mechanical contact bearings and uses a magnetic levitation bearing system. Through the magnetic field force, the rotor is stably suspended at a high speed without friction. The impeller is directly connected to the motor. After the motor is powered on, a rotating magnetic field is generated, driving the impeller to operate at an extremely high speed. This makes the gas be thrown out from the center to the surroundings under the action of centrifugal force, achieving efficient air blowing.

- Structural Features: The magnetic levitation bearing is the core component, replacing the traditional bearings that are prone to wear, avoiding mechanical friction losses, and greatly improving stability and reliability. The high-efficiency impeller is optimized in design, and the shape and angle of the blades conform to the principles of aerodynamics, ensuring smooth gas flow and reducing energy loss. The direct-drive motor eliminates complex transmission devices, reduces energy transfer losses, has a more compact structure, reduces the overall volume, and decreases the requirement for installation space.

- Performance Advantages: It has an outstanding energy-saving performance. Without mechanical friction and complex transmission components, it can significantly reduce energy consumption compared with traditional blowers, and can significantly cut down operating costs in the long term. It has a low operating noise. The absence of mechanical contact avoids vibration and friction noise, creating a quiet working environment. It has the characteristic of rapid response and can accurately adjust the air volume and air pressure in real time according to the working conditions, adapting to the changeable operating requirements. In addition, due to the lack of wear on key components, it has a long maintenance cycle and low maintenance cost, effectively improving the equipment utilization rate and reducing downtime.

- Application Fields: In the sewage treatment industry, it continuously and stably supplies air for the activated sludge process treatment technology, ensuring the aerobic respiration of microorganisms and efficiently decomposing pollutants in sewage. In the field of pneumatic conveying, it provides stable power for material conveying, ensuring the efficient conveying of various granular and powdery materials. In industries with strict requirements for air quality and equipment stability, such as the chemical and pharmaceutical industries, it can meet the special ventilation and process requirements in the production process with its stable air supply and low pollution characteristics.