Industries
Samarium-cobalt permanent magnets are seeing increasingly widespread applications in emerging fields such as energy conservation, environmental protection, new energy vehicles, and smart cities. Notably, they possess irreplaceable strategic value in the defense sectors, including aerospace, naval vessels, and radar communications.
▼ Aerospace
In the realm of aerospace, samarium-cobalt permanent magnets boast unparalleled advantages, making them the prime choice for the defense industry. Characterized by their exceptional resistance to corrosion and oxidation, the samarium-cobalt rare-earth magnets produced by Aeronautics University underpin the development of aerospace vehicles and have been incorporated into specific domestic satellite models.
▼ Rail Transit
Compared to asynchronous traction systems, there's an energy-saving efficiency of over 30%. China's first metro line that fully utilizes the permanent magnet traction system has officially commenced passenger operations. The high-performance samarium-cobalt permanent magnet materials used in this traction system are distinguished by their resistance to high temperatures, superior magnetic properties, compactness, low noise, and stable inertial navigation performance. Remarkably, between the chilling lows of -250°C and the scorching highs of 350°C, these materials maintain their intense magnetism, ensuring that the permanent magnet traction system remains operational without any loss of magnetism.
▼ Communication
Amidst the backdrop of 4G and 5G advancements, the communications industry has witnessed a substantial surge in demand for rare-earth permanent magnets. Aeronautics University, armed with high-performance samarium-cobalt permanent magnet products and impeccable service, offers cutting-edge solutions for its clientele.
▼ Smart Sensor
Within the domain of artificial intelligence, sensor technology is transitioning from analog signals to digital and intelligent directions. The future holds immense potential for the sensor market, as at the heart of all perception tasks in intelligent products lies the sensor. As artificial intelligence converges with 5G and the internet, there will be heightened demand for power sources, signal transmission, conversion, and security interference components. The future undoubtedly heralds a vast demand for high-end magnetic devices.
▼ Medical
In the medical field, magnetic resonance imaging (MRI) is a prevalent technique that capitalizes on the interaction between the body's inherent magnetic field and the magnetic materials present in the equipment, forming diagnostic images that aid in the identification of pathological changes. Similarly, the footprint of magnetic materials is evident in various other medical technologies. The superior products we provide possess strong magnetism and high stability, making them exceptionally suited for the demands of medical device applications.
▼ Oil and Gas
The pairing of Hangda’s engineering resources and unique vertical integration allows for rapid delivery of high-value magnet solutions to the world’s top oil & gas companies. Our products deliver best-in-class quality and performance that this industry demands while still providing an economical solution. Hangda is positioned well to satisfy a broad range of magnet assemblies for this market regardless of complexity or varying volume requirements.
