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About
Established in 2006, we possess strong production capabilities and advanced facilities. Our skilled team of engineers and technicians specializes in developing diverse magnets, including custom irregular shapes.
We offer magnets in various performance grades (N, M, H, SH, UH, EH) and shapes (discs, rings, blocks, arcs, cylinders, etc.) tailored to customer needs.
Our magnets are widely used in motors, loudspeakers, packaging, toys, electronics, appliances, and medical devices.
Recognized globally for reliable quality, our products enjoy strong demand overseas, particularly in Europe, the US, Asia, and Oceania.
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Application area
Neodymium iron boron magnets / neodymium magnets, with their characteristics of high remanence, high coercivity, and high maximum energy product, are applied in magnetic resonance imaging (MRI) equipment to generate a strong and stable magnetic field for imaging the internal structures of the human body. They serve as miniature permanent - magnetic components in cardiac pacemakers to precisely control electrode movement. Additionally, they are used in magnetic navigation systems to guide the precise positioning of surgical instruments and in magnetic separation equipment to separate specific components from blood or biological samples.
Neodymium iron boron magnets, leveraging their advantages of high magnetism and small size, are widely applied in the consumer electronics sector. For instance, they facilitate clear sound output in the speakers of mobile phones and earphones, ensure stable data reading and writing in storage devices like hard disk drives and solid - state drives, and enable precise vibration feedback in the vibration motors of wearable devices such as smartwatches and fitness bands.
Neodymium iron boron magnets, leveraging their characteristics such as high maximum energy product and high coercivity, are widely applied in components like compressors, motors, and solenoid valves of white goods. They help achieve efficient operation, energy conservation, and the miniaturized and lightweight design of household appliances.
In magnetic sensors, they serve as sensitive elements to perceive changes in the magnetic field, enabling the detection of physical quantities such as position, velocity, and direction. In current sensors, they utilize the magnetoelectric conversion principle to precisely measure the magnitude of current. Additionally, they assist in pressure sensors and other devices by converting physical signals like pressure into magnetic signals for indirect measurement.
It is applied to components in new energy vehicles such as drive motors, EPS (Electric Power Steering) power-assisted steering systems, starter motors, micro-motors, speakers, and sensors. It serves as a critical magnetic material enabling functions like vehicle power transmission, precise control, and intelligent sensing.
As a permanent magnet used in servo motors, it can effectively enhance the torque density, power density, and response speed of the motors, reduce their energy consumption and size, and achieve high-precision and high-efficiency motion control.
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Building 27, Wanyang Mass Innovation Town, Hemudu Town, Yuyao City, Zhejiang Province
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