VPSA Oxygen Generation
Gas Separation
Hydrogen Energy
Green & Efficient
Oxy-Fuel Combustion Technology
Ozone Generation
Equipment Leasing & Operation Services
Resource Utilization of Industrial Exhaust Gas
Maglev Centrifugal Blower Technology
Themaglev centrifugal blowerinnovatively integratesmagnetic bearing technologywithhigh-speed motor technology, creating a new generation ofhigh-efficiency and energy-saving fluid equipment. Its outstanding features include astreamlined integrated structural design, anintelligent control system, simplified operation and maintenance processes, and significantoperational cost advantages. These qualities make it an ideal choice for applications inwastewater treatment (municipal and industrial), material conveying, food and pharmaceutical processing, textile dyeing and finishing,and other industries—where itsenergy-saving performance is particularly remarkable.
Core Technology Analysis
The blower adopts anactive magnetic bearing systemcombined with ahigh-speed permanent magnet synchronous motorin a direct-drive configuration, featuring a highly efficient ternary flow impeller. This design achievescompletely non-contact, friction-free operation, eliminating traditional mechanical losses. Theimpellers, made from aerospace-grade aluminum/titanium alloys, undergo100% X-ray inspectionand115% overspeed testingto ensure long-term reliability. Anintelligent variable frequency control systemsupports both local and remote operation modes. The overall design iscompact and skid-mounted, ensuring easy and efficient installation.
Maglev Centrifugal Blower Technology
Themaglev centrifugal blowerinnovatively integratesmagnetic bearing technologywithhigh-speed motor technology, creating a new generation ofhigh-efficiency and energy-saving fluid equipment. Its outstanding features include astreamlined integrated structural design, anintelligent control system, simplified operation and maintenance processes, and significantoperational cost advantages. These qualities make it an ideal choice for applications inwastewater treatment (municipal and industrial), material conveying, food and pharmaceutical processing, textile dyeing and finishing,and other industries—where itsenergy-saving performance is particularly remarkable.
Core Technology Analysis
The blower adopts anactive magnetic bearing systemcombined with ahigh-speed permanent magnet synchronous motorin a direct-drive configuration, featuring a highly efficient ternary flow impeller. This design achievescompletely non-contact, friction-free operation, eliminating traditional mechanical losses. Theimpellers, made from aerospace-grade aluminum/titanium alloys, undergo100% X-ray inspectionand115% overspeed testingto ensure long-term reliability. Anintelligent variable frequency control systemsupports both local and remote operation modes. The overall design iscompact and skid-mounted, ensuring easy and efficient installation.
Leveraging its advantages ofhigh efficiency, energy savings, low noise, and maintenance-free operation, themaglev centrifugal bloweris widely applied inmunicipal and industrial wastewater treatment(aeration system energy savings of 30%–50%), thefood and pharmaceutical industries(ensuring sterile environments), thechemical industry(corrosion-resistant design), and thepower industry(desulfurization and denitrification). It also delivers outstanding performance inpneumatic conveyingprocesses within thetextileandpaper-makingindustries, providing stable and reliable power solutions across diverse sectors.
Magnetic bearing lifetime >20 years
Fully oil-free lubrication design
High-speed permanent magnet synchronous motor
Efficiency ≥97%
Aerospace-grade aluminum alloy three-dimensional impellers
Service life >20 years
Operating noise: 70–85 dB
Fully automated precision control
Extended maintenance ntervals
Operating costs reduced by over 40%
