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What is an air bearing? Can it truly operate with zero friction and wear?

Air bearings, also known as gas-floating bearings, represent a milestone breakthrough in this research trajectory. By replacing rolling elements and lubricating oils with an ultra-thin air film only a few micrometers thick, they enable moving components to operate in a contactless, “levitated” state. In high-end applications such as semiconductor lithography, ultra-precision machining, and aerospace, air bearings have become indispensable core components.

Apr 17,2026

2026 Fan Selection Guide: Air-Suspension vs. Magnetic-Suspension—Which Can Cut Electricity Costs by Another 30%?

Air suspension blowers, on the other hand, operate on aerodynamic principles. As the rotor spins at high speed, a high-pressure air film forms between the shaft and specially designed foil bearings, lifting the rotor off the supports. This is a form of “soft suspension”: although there is no physical contact during normal operation, the rotor and bearings do make brief physical contact during the low-speed start-up and shut-down phases.

Apr 16,2026

Industry Insights: Understanding “Tier-1 Energy-Efficient Data Centers” in One Article—A New Benchmark for Industrial Energy Conservation

Tier-1 energy-efficiency air stations represent the “energy-efficiency ceiling” for industrial compressed-air systems and embody the inevitable trend toward green manufacturing. They dispel the misconception that “high efficiency at the individual unit level equals system-wide efficiency,” instead redefining the logic of energy utilization through a holistic, system-level approach. High-end fluid equipment—led by air-suspension technology—leverages unparalleled energy efficiency, intelligent control, and environmental sustainability to become the preferred solution for enterprises seeking to build Tier-1 energy-efficiency air stations and to uphold the core value of “creating value.”

Apr 15,2026

Blower Science Popularization: A Comprehensive Analysis of Definition, Function, Types, and Applications

A blower is a type of power-driven fluid machinery that mechanically increases gas pressure and continuously conveys gas. Its core operating principle involves the high-speed rotation of an impeller or rotor, which converts mechanical energy into kinetic energy of the gas, thereby creating a pressure differential that enables gas delivery. Depending on their design and operating principles, blowers can be classified into various types, including Roots blowers, screw blowers, air-suspension blowers, and magnetic-suspension blowers. Blowers serve as the “heart of the air supply” in industrial applications.

Apr 13,2026

Unveiling the “Tier-1 Energy-Efficient Data Center”: More Than Just Equipment—It’s a Systemic Energy Revolution

What is a “Level 1 Energy-Efficient Compressed Air Station”? It refers to a situation in which the overall energy efficiency of the entire compressed air system—including air compressors, dryers, filters, piping networks, air receivers, and cooling water systems—meets the national Level 1 energy-efficiency standard. This requires enterprises not only to provide high-efficiency individual equipment but also to conduct system-level design optimization, implement intelligent control, address leakage, and ensure effective operation and maintenance.

Apr 10,2026

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