& nbsp; & nbsp; & nbsp; Air suspension dynamic pressure bearings, as a form of sliding bearings, have shown wide application prospects in multiple fields due to their unique working principle and superior performance characteristics. Especially the use of air elastic potential energy developed by Smad CompanySupporting functionA new type of bearing that supports the rotation of the rotor through a wedge-shaped air gap formed between the flat foil and the rotor during rotation, without the need for external air supply, is based on the same principle as aircraft takeoff. The following is a detailed introduction to its application areas:
& nbsp; & nbsp; High end equipment manufacturingHigh speed air dynamic pressure foil bearings are widely used in air circulation devices and gas turbine power generation systems in the aerospace industry in Europe and America due to their high speed and strong stability. Meanwhile, this technology has also been applied in the field of hydrogen fuel cells for new energy vehicles, such as fuel cell air compressors and other new energy and environmental protection industries.
& nbsp; & nbsp; Mechanical manufacturingDue to its extremely low friction resistance, air dynamic pressure bearings are suitable for mechanical equipment that requires high-speed operation and precise control, such as various air suspension blowers, textile machinery, cable machinery, instrument machine tools, etc.
& nbsp; & nbsp; Electronic devicesThe non-contact characteristics of air dynamic pressure bearings make them ideal components in electronic devices, especially in applications that require high precision and low noise.
Application fields of air dynamic pressure bearings
& nbsp; & nbsp; medical apparatus and instrumentsThe medical device field has extremely high requirements for the accuracy and stability of equipment. Pneumatic bearings have important applications in this field due to their long lifespan and high stiffness, such as ventilators and household oxygen concentrators.
& nbsp; & nbsp; Precision machiningIn the field of precision machining, such as CMM coordinate measuring machines, LVDT displacement sensors and other equipment, air dynamic pressure bearings are widely used due to their frictionless, high-speed and high-precision characteristics.
& nbsp; & nbsp; Semiconductor ManufacturingThe semiconductor industry has extremely high precision requirements for equipment, and pneumatic bearings play a key role in nanoscale precision transmission systems.
& nbsp; & nbsp; Low temperature engineeringAir dynamic pressure bearings can operate within an extremely wide temperature range, making them suitable for low-temperature operating refrigeration machines and other low-temperature engineering applications, such as low-temperature refrigeration for ocean fishing boats, transport vehicles, freezers, and more.
& nbsp; & nbsp; High temperature environmentPneumatic bearings can operate normally at temperatures up to 1650 ℃, and have therefore been applied in high-temperature operating gas circulators and other fields, such as turbine power generation systems, superchargers, air compressors, and so on.
Overall, pneumatic bearings have a wide range of applications in multiple fields due to their unique performance advantages. These application areas not only reflect the technical value of pneumatic bearings, but also indicate their possible development trends in the future. With the continuous advancement of technology and the emergence of new demands, the application scope of air dynamic pressure bearings is expected to further expand. Currently, Smad Company is recruiting a large number of sales agents for dynamic pressure bearing channels, creating a perfect supply chain for the suspension bearing industry, providing comprehensive support for the entire market with dynamic pressure bearings, and covering a wide range of application fields.
