Neodymium Clamping Magnet - M6 Hook - 32mm Dia - 36.4Kg Pull

The magnet can support up to 36.4kg vertically when in perfect flush contact with a mild steel surface of equal thickness.

It works best on clean, flat, and thick mild steel surfaces. Performance is reduced on painted, coated, or non-ferrous metals like aluminum.

To avoid damaging the magnet or surface, slide the magnet sideways off the steel surface rather than pulling it directly away.

No, the hook has an M6 thread and is removable, allowing you to use the magnet without the hook if needed.

Yes, like all strong magnets, keep them away from sensitive electronic devices, magnetic storage media (like credit cards or hard drives), and pacemakers.

Neodymium magnets are rare-earth magnets, known for being among the strongest permanent magnets available, providing exceptional holding power for their size.

The 36.4kg figure is the theoretical maximum vertical pull force when the magnet is in direct, flush contact with a thick, flat, mild steel plate. Real-world holding force can vary based on surface conditions and thickness.

Ensure the steel surface is clean, flat, and sufficiently thick. Check for any coatings or paint that might be reducing contact. Try a thicker piece of steel.

Ensure the threads on both the hook and the magnet are clean and free of debris. Apply a small amount of lubricant if necessary.

Verify the material being attached to is ferrous (e.g., steel) and not stainless steel or aluminum. Check the thickness of the steel surface; the magnet requires sufficient mass to achieve full pull force.

Although resistant, severe impacts can still cause damage. Inspect for structural integrity. If significantly damaged, consider replacement to ensure safety and performance.