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Neodymium Disc/Cylinder Magnets With Countersunk Holes Description

Strong Neodymium Disc/Cylinder Magnets With Countersunk Holes are best for securely attaching magnets to both magnetic and non-magnetic surfaces.

Neodymium disc/cylinder magnets with countersunk holes are small, cylindrical magnets that have a depression on one or both faces, creating a conical-shaped recess. The magnets are typically made from a rare earth metal called neodymium and are known for their strong magnetic properties, making them popular for a variety of applications where a strong magnetic force is required.

The countersunk holes on the magnets allow them to be easily fastened to a surface using screws, making them useful for creating magnetic closures, clasps, and fasteners. They can also be used in a variety of industrial and engineering applications, such as motors, generators, and sensors.

Neodymium disc/cylinder magnets with countersunk holes come in a range of sizes and strengths, and their strength is usually indicated by their grade. Higher-grade magnets have a stronger magnetic field and are capable of lifting heavier weights.

Neodymium Disc/Cylinder Magnets With Countersunk Holes Features and Benefits

Neodymium Disc/Cylinder Magnets With Countersunk Holes Handling and Safety

 

FAQ

What are neodymium disc/cylinder magnets with countersunk holes?
These are strong permanent magnets made from neodymium, iron, and boron, shaped as discs or cylinders and featuring a countersunk hole designed to accommodate a screw or fastener. This allows them to be securely attached to non-magnetic surfaces.
How strong are these magnets?
Neodymium disc/cylinder magnets with countersunk holes are among the strongest magnets available by volume. Their magnetic force allows them to hold substantial weight relative to their size, but the exact holding power depends on the magnet's size, grade, and the surface it's attached to.
What applications are they used for?
These magnets are used in a wide variety of applications, including woodworking, cabinetry, DIY projects, closures for doors and gates, retail displays, sensor mounting, and robotics. They provide a strong, permanent hold where a flat surface is required.
Can I use any screw with these magnets?
The screw must match the size and shape of the countersunk hole in the magnet for a proper fit. It's important to use a screw that sits flush with the surface of the magnet to maintain a clean appearance and prevent any interference with the magnetic field or the object being held.
How do I install these magnets?
Installation typically involves drilling a pilot hole in the surface you're attaching the magnet to, then using a screw that fits the countersunk hole to secure the magnet in place. Ensure the polarity is correct when installing multiple magnets to avoid repulsion.
Are these magnets waterproof?
While neodymium magnets are coated to protect against corrosion, prolonged exposure to moisture can degrade the coating and the magnet itself. For applications involving water or high humidity, consider using magnets with a waterproof coating like epoxy.
Can these magnets demagnetize?
Neodymium magnets can demagnetize if exposed to high temperatures, strong magnetic fields, or if they are physically damaged. However, under normal conditions, they retain their magnetic properties for decades.
How do I remove or reposition a magnet once installed?
Carefully unscrew the magnet from its position. If the magnet is strongly attached to a metal surface, slide it to the edge to leverage it off rather than pulling directly away, which can be difficult due to the strong magnetic force.
Can these magnets damage electronic devices?
Yes, the strong magnetic fields can damage electronic devices, magnetic storage media, and affect medical devices like pacemakers. Keep them at a safe distance from such devices.
How do I choose the right magnet for my project?
Consider the weight and size of the object you need to hold, the environment it will be used in (e.g., indoors, outdoors, exposure to chemicals or moisture), and the surface you're mounting the magnet on. The magnet's grade, size, and the type of coating should match your application's specific requirements.

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