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Pot Magnet: Eyelet Magnets

Our powerful Neodymium Magnets in steel pot casing, with eyelet, are great for safe mounting of objects. The eyelet can be removed if not needed. 

FAQ

What are Pot Magnet: Eyelet Magnets?
Neodymium magnets in a steel pot casing with eyelet, are great for safe mounting of a huge range of objects in all sorts of applications. You'll find eyelet magnets in factories, in manufacturing processes, on construction sites, in retail settings, holding up outdoor signage and securing tools in workshops. The eyelet can be removed if not needed.
What Are Rare Earth Eyelet Magnets Used For?
Rare earth eyelet magnets are used in a variety of applications due to their strong magnetic properties and the convenience of the attached eyelet. These magnets are often employed in industrial and commercial settings for tasks that require secure holding or mounting. They are used to hang tools, equipment, or signs in workshops and factories, providing a strong and reliable attachment point. In the retail and display industries, these eyelet magnets are used to hang banners, posters or decorations without damaging the surfaces or the items being displayed. The strong magnetic force of pot magnets means even heavier items stay securely in place. Powerful eyelet pot magnets are also used in construction and maintenance for temporary holding of materials, parts or safety equipment. The eyelet allows for easy attachment of ropes, chains or hooks, making them useful for suspending items from metal beams or structures. Rare earth eyelet magnets are popular in outdoor activities and sports for securing gear and equipment. These strong and reliable magnets can be used to anchor tents, canopies or other outdoor structures to metal surfaces. Their versatility, combined with the strength of rare earth magnets, makes these eyelet magnets suitable for a wide range of applications where a secure and temporary attachment is needed.
Are Rare Earth Eyelet Magnets Safe?
Rare earth eyelet magnets are generally safe to use when handled properly, but they do require some caution due to their strong magnetic properties. The powerful magnetic force can cause these magnets to snap together quickly if they are not handled carefully, which can result in pinched fingers or other injuries. When using these magnets, it's important to keep them away from electronic devices and magnetic storage media, as the strong magnetic field can damage or erase data. In industrial or workshop settings, appropriate safety gear such as gloves and protective eyewear is recommended when handling large or very strong rare earth eyelet magnets to prevent injuries from accidental collisions or pinches. You should be cautious when working with multiple magnets, as the strong attraction forces can make them difficult to control. Storing them with spacers between individual magnets or in separate containers can help prevent accidental snapping together. Rare earth eyelet magnets are safe when they are applied correctly for their intended uses, are properly handled and stored, and when these strength of these magnets is respected to prevent injuries and damage to electronic devices.
Where Can I Buy Rare Earth Eyelet Magnets In Australia?
You can buy rare earth eyelet magnets in Australia from several highly reputable online suppliers, such as Frenergy. Here at Frenergy we offer an extensive variety of rare earth magnets, including eyelet magnets. These sources offer different sizes and strengths of rare earth eyelet magnets, catering to a range of needs and applications and have experts on hand to make sure you choose the right magnet for your application. You'll find a complete range of magnets and information at Freneregy.com.au
What Sizes Do Rare Earth Eyelet Magnets Come In?
Rare earth eyelet magnets come in a variety of sizes to suit different applications. The diameter of the magnet can range from a few millimetres to several centimetres. The most common sizes include diameters of 10mm, 20mm, 25mm, 30m, and 50mm. The thickness of the magnet also varies, ranging from a few millimetres to over 10mm. The eyelet itself also comes in different sizes, usually corresponding to the size of the magnet. Smaller magnets may have eyelets with internal diameters around 5mm, while larger magnets can have eyelets with internal diameters of 10mm or more. The pull force of the magnet, which indicates how much weight it can hold, varies with size. Smaller magnets might have a pull force of a few kilograms, while larger ones can hold tens of kilograms. These variations in size and strength make rare earth eyelet magnets versatile and suitable for a wide range of tasks, from light-duty hanging to heavy-duty industrial applications.
How Strong Are Rare Earth Eyelet Magnets Compared To Other Types?
Rare earth eyelet magnets are significantly stronger than most other types of magnets due to the materials used in their construction. Made primarily from neodymium, a type of rare earth element, these magnets exhibit a much higher magnetic strength compared to traditional ferrite or ceramic magnets. The strength of rare earth magnets can be several times that of ferrite magnets of the same size. For example, a neodymium magnet can have a pull force of 10 to 20 times greater than a similarly sized ferrite magnet. This makes rare earth eyelet magnets capable of holding much heavier items and performing tasks that require a secure and powerful magnetic grip. Compared to alnico magnets, which are another common type of magnet made from aluminium, nickel, and cobalt, rare earth magnets are also stronger. Alnico magnets have good temperature stability but are not as strong as neodymium magnets. The superior strength of rare earth eyelet magnets makes them ideal for applications where a high holding force is needed, such as in industrial settings, heavy-duty holding, and secure mounting of tools or equipment. Their compact size combined with strong magnetic force provides an advantage in situations where space is limited but a powerful magnetic hold is required.
What Are The Benefits Of Rare Earth Eyelet Magnets Over Traditional Magnets?
Rare earth eyelet magnets offer a range of benefits over traditional magnets. One of the primary advantages is their superior strength. Because they are made from neodymium, these magnets are significantly stronger than ferrite or ceramic magnets of the same size, allowing them to hold heavier items and provide a more secure grip. Another benefit is their compact size. Due to their high magnetic strength, rare earth magnets can be smaller while still delivering the same or greater holding power compared to larger traditional magnets. This compactness is especially useful in applications where space is limited. The eyelet feature of these strong pot magnets adds convenience and versatility. It allows for easy attachment of ropes, chains, hooks, or other fixtures, making these magnets ideal for hanging or securing items in various settings, such as workshops, warehouses, and outdoor activities. Rare earth eyelet magnets also exhibit better performance in challenging conditions. They retain their magnetic strength over time and perform well in a wide range of temperatures, making them suitable for demanding industrial and commercial applications. These eyelet magnets are also very durable. Rare earth magnets are resistant to demagnetisation and can maintain their strong magnetic properties over long periods, unlike some traditional magnets that may lose strength over time. Rare earth eyelet magnets have superior strength, compact size, versatility with the eyelet attachment, reliable performance in various conditions, and long-lasting durability.
How Do I Attach Or Use Rare Earth Eyelet Magnets Effectively?
To attach or use rare earth eyelet magnets effectively, start by selecting the appropriate magnet size and strength for your application. Clean the metal surface where the magnet will be placed to remove any dust, grease, or debris to ensure a secure hold. Position the magnet on the surface, aligning it correctly for stability, and then attach your item using the eyelet, threading a rope or hook through it as needed. Test the attachment by gently pulling on the item to confirm it is securely held. If necessary, reposition the magnet to achieve the best hold. Periodically check the magnet and attachment to ensure they remain secure, and clean both the surface and magnet as needed to maintain their effectiveness.

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4.9
Customer reviews
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Shop with confidence

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The Pull Force listed for each magnet is based on lifting 10mm thick steel from a horizontal surface. Magnets on a vertical surface (of 10mm thick steel) are generally able to hold around only 30% of the pull force listed in the product description. This is due to the effects of gravity and the lack of friction between the surface and the shiny magnet. Read More