Neodymium Machine Lathed Clamping Magnet With M10 Eyebolt - 75mm - 200Kg Pull

This magnet is primarily designed for heavy-duty lifting, retrieval, and magnet fishing due to its strong Neodymium core and robust steel casing.

Under ideal conditions (flush contact with a 10mm thick mild steel plate), it can support up to 200kg vertically. Actual performance will vary based on the steel's properties and contact surface.

No, due to its extreme power, this magnet should be kept at a significant distance from sensitive electronic devices, credit cards, pacemakers, and other magnetically sensitive items to prevent damage or malfunction.

Always use caution. Keep fingers and skin away from the magnetic faces when bringing it near steel or another magnet. Wear gloves if necessary. Avoid dropping it or allowing it to slam against surfaces.

It means the M10 eyebolt has been precisely manufactured using a lathe, ensuring accurate dimensions, a clean finish, and reliable threading for secure attachment.

Yes, it is suitable for magnet fishing and underwater retrieval. Ensure all threaded connections are secure before submersion and avoid prolonged exposure to saltwater if possible, as it can affect metal components over time.

The steel pot enhances the magnet's holding force by directing the magnetic field, and it significantly increases the magnet's durability by protecting it from chipping and cracking during impacts.

Ensure the target surface is made of mild steel and is at least 10mm thick. Check that the magnet is making full, flush contact. Clean both the magnet face and the steel surface. Avoid using on painted, coated, or non-ferrous surfaces.

Verify that the external thread is indeed M10 and is not damaged. Ensure there are no burrs or debris on either thread. Try gently wiggling the magnet while screwing.

To detach, slide the magnet sideways off the surface rather than pulling directly away. Use a protective layer (like wood or plastic) between the magnet and the surface if detaching is a frequent challenge, though this will reduce holding power.

While resistant, extreme impacts can still cause minor damage. Inspect the steel pot. If the magnet core itself is exposed, discontinue use for safety-critical applications and contact support. Minor cosmetic chips on the steel pot may not affect performance.