To gain an in-depth understanding of the development trends in the high-end energy-saving and environmentally friendly equipment industry, conduct on-site research into the R&D and industrial application of advanced air‑suspension technology, and strengthen government–enterprise collaboration to jointly promote industrial cooperation, at 9:00 a.m. on June 25, a delegation led by officials from the Shangdang District Government of Changzhi City visited the AVIC Huaqiang Shanghai base for inspection and guidance. The company’s air‑suspension equipment project management team provided warm hospitality throughout and accompanied the delegation during their visit.
Jun 26,2026
In simple terms, the three types of air‑suspension devices share a common technology but operate under different conditions: all rely on aerodynamic pressure‑type air bearings to achieve frictionless, high‑efficiency operation, and—through structural optimization—each fulfills one of three distinct functions: “low‑pressure, high‑flow air delivery (blower), high‑pressure pressurization (compressor), or negative‑pressure vacuum extraction (vacuum pump).”
Jun 25,2026
Air‑suspension technology, with its ingenious design that uses air to both suspend and support the bearing, reduces mechanical friction to zero, thereby delivering a significant leap forward in energy efficiency, environmental sustainability, operational performance, and reliability.
Jun 24,2026
The Zunyi Low-Carbon Association has consistently taken as its core mission the proactive response to climate change, the promotion of a green industrial transition, the support of enterprises in reducing costs and increasing revenues, and the empowerment of regional dual-carbon goals. It is committed over the long term to building bridges between government and business, integrating low-carbon industry resources, disseminating advanced energy-saving technologies, and guiding enterprises in embracing the principles of green development, thereby providing robust support for the high-quality advancement of the region’s low-carbon economy.
Jun 23,2026
The core innovation of air‑suspension equipment lies in its complete elimination of conventional mechanical bearings and gear reducers, replacing them with air‑bearing technology. Upon startup, a high‑speed permanent‑magnet synchronous motor drives the rotor to spin, generating an aerodynamic pressure effect between the rotor and the foil bearing surface and forming an ultra‑thin (typically only tens of micrometers) high‑pressure gas film.
Jun 22,2026