The air suspension blower adopts a new pneumatic support technology, namely the air suspension bearing, which can keep the fan stable during high-speed rotation. At the same time, due to its non-contact and frictionless working principle, it can also avoid environmental pollution and equipment failure caused by lubricant wear and leakage. During the operation of the air suspension blower, gas is accelerated and compressed through the inlet, and high-pressure airflow is discharged by the centrifugal impeller.
The air suspension blower is mainly composed of a centrifugal impeller, a casing, an air bearing, and a motor. It is an advanced aerodynamic energy-saving blower that uses air suspension bearings to accelerate and compress gas by using a high-speed rotating centrifugal impeller, thereby generating high-pressure airflow. The centrifugal impeller is the core component of the fan, surrounded by multiple blades. When the motor starts, the centrifugal impeller rotates at high speed, drawing air into the inlet through centrifugal force, accelerating and compressing it, and finally discharging high-pressure airflow from the outlet.
Specifically, when the centrifugal impeller begins to rotate, the air bearing will form a high-pressure air film between the air bearing and the main shaft rotor after the main shaft reaches a certain speed, causing the air bearing foil to contract and allowing the main shaft rotor to not hover on the air film and rotate at high speed. Due to the presence of air bearings, the rotation of the centrifugal impeller is very smooth, resulting in efficient and stable airflow output. As there is no contact between the air bearings and the main shaft rotor of the air suspension blower, wear and energy loss can be reduced, improving mechanical efficiency.
