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  • Ferrite Segment Magnet
    Brief:
    Ferrite segment magnets, also known as arc-shaped ceramic magnets, are typically used in motor stators and rotors. These magnets are formed into curved segments that fit around circular structures to create a uniform magnetic field. Made from sintered ferrite materials, segment magnets are cost-efficient, resistant to oxidation, and offer consistent performance in various mechanical environments.
    These magnets are widely used in household appliances, fan motors, and automotive electric motors where performance and affordability must be balanced.
  • Ferrite Ring Magnet
    Brief:
    Ferrite ring magnets, also known as ceramic ring magnets, are made from a composite of iron oxide and strontium carbonate. These magnets are a popular choice due to their excellent resistance to corrosion, low cost, and stable magnetic performance. With a central hole, ferrite ring magnets are easy to install onto shafts or within housings, making them suitable for a wide range of mechanical and electronic applications.
    Ferrite ring magnets are widely used in loudspeakers, motors, sensors, and holding systems. Their symmetrical design allows for even magnetic distribution, providing a balanced magnetic field ideal for rotational devices and axial assemblies.
  • Ferrite Disk Magnet
    Brief:
    Ferrite disk magnets are circular magnets with a flat profile made from iron oxide-based ceramic material. These magnets are widely recognized for their low cost, stable performance, and high resistance to environmental factors. The simple round shape is easy to integrate into various products, making them one of the most commonly used types of ceramic magnets.
    They are typically used in audio equipment, magnetic holders, toys, and small electronic appliances.
  • Ferrite Block Magnet
    Brief:
    Ferrite block magnets are rectangular or square-shaped magnets made from ceramic materials. Known for their affordability, high resistance to demagnetization, and corrosion resistance, these magnets are widely used in industrial and commercial applications. Their large flat surface provides a strong magnetic holding force, suitable for various mounting and clamping needs.
    These magnets are especially common in magnetic assemblies, separation equipment, and general-purpose industrial tools.
  • Peculiar Magnet
    Brief:
    Special Shape Ferrite Magnets
    Customized Shaped Ferrite Magnets
    Irregular shape Hard Ferrite Magnets
    Triangle Ferrite Magnet
    Custom Design Ceramic Magnet
  • Magnetic Assemblies
    Brief:
    Magnetic materials, is an ancient and uses a very wide range of functional materials, and magnetic materials as early as 3000 years ago was that people understand and apply, for example, in Ancient China, as a natural magnet compass.Of modern magnetic materials have been widely used in our lives, such as permanent magnetic materials for motors, transformers used in the core material, as used in magnetic storage discs, computer floppy disk with magnetic recording and so on.Can be said that magnetic materials and information, automation, mechanical and electrical integration, defense, national economy is closely related to all aspects.Usually, that means over elements of magnetic material is iron, cobalt, nickel and its alloys can be produced directly or indirectly, of magnetic material.
  • Ndfeb Segment Magnet
    Brief:
    Neodymium segment magnets, also known as arc or tile magnets, are made from a sintered neodymium-iron-boron alloy and typically shaped into curved segments. These magnets are specially designed to form complete magnetic rings when assembled, making them ideal for rotating machinery. Segment magnets are commonly used in motors, generators, wind turbines, and magnetic couplings where a uniform radial magnetic field is required.
  • NdFeB Block Magnet
    Brief:
    Neodymium block magnets, also called rectangular or square magnets, are made from a sintered neodymium-iron-boron alloy. These magnets feature a flat and angular shape, offering a broad contact surface and strong holding power. Their structure makes them particularly effective in magnetic clamping, mounting, and structural applications. Block magnets are commonly used in motors, linear actuators, magnetic separators, and industrial automation systems.
  • NdFeB Disk Magnet
    Brief:
    Neodymium disk magnets, also known as round or circular magnets, are flat and cylindrical in shape. They are made from neodymium, iron, and boron, offering one of the highest magnetic strengths among rare earth magnets. Their compact and symmetrical design makes them especially suitable for applications where high magnetic performance is needed in a slim or embedded form. These magnets are widely used in sensors, consumer electronics, medical equipment, and industrial holding systems.
  • NdFeB Ring Magnet
    Brief:
    Neodymium ring magnets are made from high-performance neodymium, iron, and boron materials, known for their strong magnetic force and high energy product. As a type of permanent magnet, ring magnets feature a central hole which allows for easy integration into rotating machinery and shaft-based systems. Due to their symmetrical structure and uniform magnetic field distribution, neodymium ring magnets are widely used in motors, sensors, generators, loudspeakers, and other industrial and electronic applications.
  • Auto Motive
    Brief: