Air Levitation Blower
This type of centrifugal blower adopts the main core technologies such as air levitation bearing, permanent magnet ultra-high speed motor, and high precision aviation grade impeller. The unit consists of high speed motor integrated impeller, sound insulation cover, discharge cone pipe, exhaust valve, muffler, frequency converter, PCL controller, large LCD touch screen, etc.
The suspension bearing is different from the traditional ball bearing. There is no physical contact point between shaft and bearing during operation, no lubricating oil is needed, high efficiency, low loss, clean exhaust air, stable and durable, and the start-up times can reach 100,000 times. It is an energy-saving tool for electronics, pharmaceutical, food, cement, water treatment and other industries.
Product Details
Air Suspension Blower
FAD: 20~400 m³/min Pressure: 40~120 kPa.
This type of blower adopts the most advanced three-dimensional flow turbine technology, and the impeller is made of high-strength aviation aluminum alloy with precision up to 0.001mm to ensure high operating efficiency. Air bearing technology, 100% oil-free suspension bearing, no mechanical wear, service life up to semi-permanent.
High efficiency: 30-40% higher efficiency compared with the blower
No pollution: no lubrication, clean and oil-free air discharge without pollution
Low noise: frictionless, low operating noise, in line with environmental requirements
Emission reduction: Taking 100kW as an example, one unit can reduce CO2 emission by about 250 tons per year
Aviation Design Concept-Impeller
Using NASTRAN, ANSYS, Abaqus and other finite element analysis software, the impeller and blade are subjected to one-dimensional geometric and thermal design, two-dimensional flow path design, three-dimensional blade design and strength check. The simulation can determine whether the impeller design meets the design standards of the aero-engine, and can predict the service life of the impeller. To create a highly efficient aero-grade impeller with the best "power to energy ratio".