Key Features

• High-Grade Neodymium: Made from the most powerful magnetic material available, Neodymium Iron Boron, these disc magnets offer exceptional magnetic strength.
• Compact Disc Shape: Their disc shape makes them ideal for a variety of uses, providing a strong hold in a small, versatile form factor.
• Permanent Magnetism: These magnets retain their magnetic properties for an extended period, ensuring a long-lasting and consistent performance.
• Wide Range of Sizes: Available in various diameters and thicknesses to suit specific needs, these magnets can be utilized in diverse applications.
• Smooth Coating: Each magnet is coated to prevent corrosion and provide a smooth surface, which is gentle on surfaces and extends the magnet's life.

Applications

• DIY Projects and Crafts: Ideal for homemade gadgets, art installations, and creative experiments.
• Industrial Use: Useful in manufacturing and engineering for holding, positioning, or sensor applications.
• Educational Tools: Great for teaching physics and demonstrating magnetic principles in classrooms.
• Home and Office Organization: Can be used for hanging tools, organizing kitchen utensils, or holding notes on metallic surfaces.
• Technology and Gadgets: Incorporated in various technological devices for magnetic mechanisms.

Our Neodymium Disc Magnets are not just strong; they are reliable and versatile, making them suitable for professional, educational, and personal use. Whether you're an engineer, educator, hobbyist, or just someone in need of a strong magnetic solution, these disc magnets are sure to meet your needs.

Production Process

• Preparation Of Raw Materials: First of all, we need to prepare the raw materials of permanent magnetic materials, which usually consist of rare earth metal alloys and other alloy materials. These materials need to be mixed according to a certain ratio, and through a special melting process to prepare the alloy material in block form.
• Powder Metallurgical Treatment: The alloy materials are pulverized into micron-sized powders, which are used in the subsequent molding process.
• Forming: The powder is pressed into the desired disc shape using a forming die. This process is usually done by injection molding, die casting, or extrusion.
• Sintering: After molding, the parts are sintered, which is the process of sintering the powder particles at high temperature and pressure into a dense and hard cemented carbide. In the high temperature sintering furnace, through the diffusion and migration between the metal grains in the alloy to improve the density and mechanical properties of the alloy.
• Grinding Process: The sintered parts will be subjected to precision grinding process, including plane grinding, cylindrical grinding, etc., in order to achieve the requirements of precision and surface quality.
• Surface Treatment: In some cases, it is necessary to treat the surface of the permanent magnet material, such as nickel plating, spraying, etc., in order to improve its corrosion resistance.
• Inspection And Packaging: Finally, the processed permanent magnet discs need to be inspected to ensure that their magnetic properties and appearance meet the requirements, and then packaged for transportation and storage.

Technical Parameters