Rod magnet Ø 6,35 mm, height 25,4 mm, holds approx. 1,7 kg

Neodymium, N42, nickel-plated

Item number	S-06-25-N
Strength	approx. 1,7 kg
Displacement force	approx. 340 g
Unit of Sale	5 pieces

Similar products
Examples of use
Data sheet

Price and rebate
	5 pcs.	1,79 EUR ea.
from	15 pcs.	1,57 EUR ea.
from	40 pcs.	1,40 EUR ea.
from	80 pcs.	1,31 EUR ea.
Ask for a rebate from 450 pcs.
incl. VAT plus shipping

8,95 EUR

incl. VAT plus shipping

promptly deliverable

Available: 56 445 pieces

Delivery time: 2-5 business days

Quant.

Description

Strong rod magnets with an adhesive force of approx. 1,7 kg, shown here in the first product photo with a steel ball ST-K-13-N in the centre. In the additional photos, you can see the magnets paired with different magnets. Each of these rod magnets is so strong that it can easily lift 80 other rod magnets. You can also use several of these magnets to build a basic compass, as you can see in the pictures.

Neodymium magnets are perfect for use in dry indoor areas.

Technical data

Article ID	S-06-25-N
EAN	7640155437349
Material	NdFeB
Shape	Rod
Diameter	6,35 mm
Height	25,4 mm
Tolerance	+/- 0,1 mm
Direction of magnetisation	axial (parallel to height)
Coating	Nickel-plated (Ni-Cu-Ni)
Magnetisation	N42
Strength	approx. 1,7 kg (approx. 16,7 N)
Displacement force	approx. 340 g (approx. 3,34 N )
Max. working temperature	80°C
Colour	Silver-coloured
Weight	6,1 g
PDF data sheet

Additional features and tips

A simple compass!
The free-swinging rod made of 8 rod magnets aligns itself to the north-south poles.

This structure rotated with a single push for 25 minutes! The explanation for this is the low amount of friction and the minimal amount of aerodynamic resistance. The low friction stems from the two steel spheres (on top) having contact over a very small surface area only and also because the structure is so heavy, that it is nearly ready to fall. By the way, the two steel spheres are not magnets, but are magnetised through the rod magnets.

Thanks to magnets, batteries can easily be removed from a remote control. Other clever tricks can be found on our page about "life hacks with magnets.