Hook magnet Ø 63 mm, holds approx. 110 kg

Thread M8,

Article ID	FTN-63
Strength	approx. 110 kg
Displacement force	approx. 21 kg
UoS	1 piece

Similar products
Examples of use
Data sheet

Price and rebate
	1 pc.	20,09 EUR ea.
from	3 pcs.	18,16 EUR ea.
from	10 pcs.	16,42 EUR ea.
from	20 pcs.	15,58 EUR ea.
from	40 pcs.	14,83 EUR ea.
Ask for a rebate from 450 pcs.
incl. VAT plus shipping

20,09 EUR

incl. VAT plus shipping

promptly deliverable

Available: 7 335 pieces

Delivery time: 2-7 business days

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Description

Our second-strongest hook magnet with an unbelievable adhesive force of 110 kg.
Caution: This hook magnet is not suitable for hanging swings, hammocks, etc. because of a possible risk of injury. (see relevant FAQ)!

Please note: Carefully screw the hook into the threaded bushing as far as it will go.

The full adhesive force is achieved when the ferromagnetic counterpart is smooth and of sufficient thickness and when the pot magnet makes direct and full flush contact. Pot magnets already lose much of their adhesive force at a distance of only half a millimetre to the ferromagnetic surface. This characteristic is more pronounced in pot magnets than in other ferrite and neodymium magnets. You can find additional fascinating information on our FAQ page about pot magnet features.

Technical data

Article ID	FTN-63
EAN	7640155432436
Material	NdFeB
Pot diameter D	63 mm
Neck diameter d	18 mm
Pot height H1	10 mm
Total height without hook H2	22 mm
Total height with hook H3	66 mm
Thread M	M8
Hook opening width a	17 mm
Hook inside diameter b	22 mm
Tolerance	+/- 0,1 mm
Coating	Nickel-plated (Ni-Cu-Ni)
Steel	Q235 (China)
Magnetisation	N38
Strength	approx. 110 kg (approx. 1080 N)
Displacement force	approx. 21 kg (approx. 206 N )
Max. working temperature	80°C
Tolerance hook	+/- 0,5 mm
Weight	270 g
PDF data sheet

Additional features and tips

With these strong magnetic hooks, you can conveniently attach heavy objects to ferromagnetic surfaces. The magnetic hooks reveal their full adhesive force when attached to the underside of thick steel beams and the load pulls vertically downward. When attached to a wall, on the other hand, they can hold noticeably less weight (see FAQ about displacement force).

The answer to why you can arrange pot magnets only side by side can be found under our FAQ.

The graph shows the maximum adhesive force in kg (y axis) at various distances in mm (x axis) between magnet and counterpart (steel plate).

Example: At a 2 mm distance between magnet and steel plate the maximum adhesive force is still 30 kg.