Neodymium pot magnet Ø 40 mm with threaded stud, holds approx. 45 kg

Thread M8,

Item number	GTN-40
Strength	approx. 45 kg
Displacement force	approx. 9 kg
Unit of Sale	1 piece

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Examples of use
Data sheet

Price and rebate
	1 pc.	8,57 EUR ea.
from	3 pcs.	7,68 EUR ea.
from	10 pcs.	6,87 EUR ea.
from	20 pcs.	6,48 EUR ea.
from	40 pcs.	6,13 EUR ea.
Ask for a rebate from 280 pcs.
incl. VAT plus shipping

8,57 EUR

incl. VAT plus shipping

promptly deliverable

Available: 7 543 pieces

Delivery time: 3-8 business days

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Description

These pot magnets have a stem with an external screw thread. You can slide the stem, for instance, through a hole and fasten it with a nut.

Please note: 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	GTN-40
EAN	7640155432641
Material	NdFeB
Pot diameter D	40 mm
Pot height H1	9 mm
Total height H2	20 mm
Thread M	8
Tolerance	+/- 0,1 mm
Coating	Nickel-plated (Ni-Cu-Ni)
Steel	Q235 (China)
Magnetisation	N42
Strength	approx. 45 kg (approx. 441 N)
Displacement force	approx. 9 kg (approx. 88,3 N )
Max. working temperature	80°C
Colour	Silver-coloured
Design	With threaded stud
Thread size	M8
Shape	Disc
Weight	80 g
PDF data sheet

Additional features and tips

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

The structure of pot magnets

Pot magnets have a neodymium or ferrite magnet built into a steel pot. When it comes into direct contact with a surface, its force will be focused on the holding surface as a result. This increases the adhesive force of the magnet. For more information, please refer to our FAQ page on the characteristics of pot magnets.