In the industrial fluid‑power sector, air‑bearing technology, with its core advantages of oil‑free friction, high efficiency and energy savings, and low noise coupled with maintenance‑free operation, has fundamentally transformed the design of conventional fans and compressors, becoming a cornerstone of green upgrades across industries such as wastewater treatment, chemical processing, manufacturing, and pharmaceuticals.
Jul 14,2026
From Enclosure to Suspension: A Century of Blower Technology Evolution
The blower, an industrial device that may seem unassuming, is in fact a mirror reflecting the evolution of human industrial civilization. From ancient animal‑hide bellows to today’s air‑suspended centrifugal blowers, each technological advancement has profoundly shaped the development trajectories of foundational industries such as metallurgy, chemical engineering, environmental protection, and power generation.
Jul 13,2026
The core value of air‑suspension technology lies in its use of minimalist aerodynamic principles to address the four major pain points of conventional industrial equipment—frictional losses, high energy consumption, intensive maintenance, and environmental pollution. With its key advantages of “zero friction, no oil contamination, maintenance‑free operation, high efficiency, and low noise,” it redefines the operational paradigm of industrial fluid‑power and compression‑refrigeration systems.
Jul 10,2026
Air bearing and magnetic bearing, as two mainstream non-contact support technologies, share similar names and a common goal: to physically separate moving components, thereby achieving zero wear, low energy consumption, and high-speed operation.
Jul 09,2026
Air‑suspended compressors and air‑suspended blowers: a single character makes all the difference.
Whether it is an air‑suspension compressor or an air‑suspension blower, their core technology hinges on air‑bearing suspension. At its heart, this technology leverages the aerodynamic pressure effect: as the rotor spins at high speed, a high‑pressure air film forms between the rotor and the foil bearing surface, lifting the rotor into a suspended state. With no physical contact between the rotor and the stator, mechanical friction is entirely eliminated, and reliance on lubricating oil is removed.
Jul 08,2026
Guizhou Base
The first span of Wengyan Village (Processing Joint Plant), Xiaomeng Industrial Park, No. 818, Development Avenue, Development Avenue, Guiyang Economic and Technological Development Zone, Xiaomeng Street, Huaxi District, Guiyang City, Guizhou Province
Shanghai Base
No. 3038 Tingfeng Highway, Zhujing Town, Jinshan District, Shanghai
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