• 22x6mm(With Thread M4x6,Hold 5kgs)
  • 22x6mm(With Thread M4x6,Hold 5kgs)

Rubber Coated Pot Magnets 22x6mm(With Thread M4x6, Hold 5kgs)

Total Height12.5mm
Thread StudM4x6mm
Pull Force(Kg)5

It' s the smallest external threaded rubber coated base magnets with M4x6.5mm male threaded stud, this small round base magnets hold about 5kgs,they are suitable for home and office.

The Applications and Uses of Threaded Rod Magnets 22x6mm

Threaded rod magnets measuring 22x6m are multi-functional magnets with a threaded stem that can be attached to various surfaces, screws, tie-downs, or anchor points. Here are some of the applications and uses of threaded rod magnets:

  • Industrial applications: Threaded rod magnets can be used to secure tools and machinery. They can also be used in manufacturing, auto repair shops, and oil drilling.

  • DIY projects: These magnets are perfect for DIY enthusiasts and hobbyists who want to mount various hanging tools, decorations, and fixtures on surfaces.

  • Metalworking and welding: Threaded rod magnets can be used as temporary welding squares to hold metal sheets before they are welded.

  • Holding signage or curtains in place: Threaded rod magnets are great for hanging large signs and banners, and they are also useful for holding curtains in place.

  • Photography and film: Threaded rod magnets can secure lighting fixtures, gels or backdrops on surfaces during filming.

Overall, threaded rod magnets are versatile and can be used in a variety of settings due to their high strength and adaptability. They are a popular choice for industrial applications, DIY projects, metalworking and welding, and photography and film, making them useful magnets for anyone who requires a magnetic fastener with a threaded stem.

The Advantages and Disadvantages of Using Flexible Rubber Magnets 22x6mm

Flexible rubber magnets measuring 22x6mm are one of the preferred choices for many magnet applications due to their unique properties. Here are some of the advantages and disadvantages of using flexible rubber magnets:


  • Flexibility: These magnets are thin and flexible, which makes them suitable for curved and irregular surfaces where traditional rigid magnets may not work.

  • Durability: Flexible rubber magnets are highly durable and can last for a long time without losing their magnetism.

  • Versatile: These magnets are available in various sizes and shapes, making them versatile for various applications, including automotive, advertising, and exhibitions.

  • Easy to cut and shape: Flexible rubber magnets can be easily cut, drilled, or shaped to fit any unique requirements.

  • Lightweight: These magnets are lightweight, which makes them suitable for creating magnetic displays, promotional items, or other lightweight products.


  • Relatively low magnetic strength: Compared to some other types of magnets, flexible rubber magnets have relatively low magnetic strength.

  • Limited temperature range: These magnets have a limited temperature range and may lose their magnetism if exposed to high temperatures, which makes them unsuitable for some applications.

Overall, flexible rubber magnets have many advantages, including flexibility and versatility, though they have a relatively low magnetic strength, and a limited temperature range which may prevent them from being suitable for certain applications.

The Manufacturing Process of Rubber Coated Rare Earth Magnets 22x6mm

Rubber-coated rare earth magnets measuring 22x6mm are manufactured using a multi-step process that involves several stages. Here's a brief overview of the manufacturing process of rubber-coated rare earth magnets:

  • Smelting: The process begins with the smelting of the raw materials, including rare earth elements, iron, and boron. The materials are melted together to form a metal alloy.

  • Milling: The alloy is milled into a fine powder and separated from any impurities.

  • Pressing: The powder is then compressed into the desired magnet shape using special dies.

  • Sintering: The compressed magnets are heated to extremely high temperatures in a sintering furnace to solidify the powder and create a more molecular structure.

  • Coating: After the magnets have been formed, they are coated with a layer of rubber using a process called injection molding. During injection molding, molten rubber is injected into a mold that is the final product shape. As the rubber cools and hardens, the rubber integrates with the surface of the magnet creating an inseparable magnetic assembly.

  • Testing: Once the rubber-coated rare earth magnets are formed, they undergo a variety of tests to check for strength, durability, and performance.

Overall, the manufacturing process of rubber-coated rare earth magnets is highly specialized and requires specific equipment and processes to ensure that the magnets are of optimal quality and performance.

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