Ringmagnet Ø 20.0 x 4.0 x 7.0 mm N35 nickel - diametrical

Preview: Ringmagnet Ø 20.0 x 4.0 x 7.0 mm N35 nickel - diametrical

Quantity	Price / pcs
from 5 pcs	€2.97 *
from 10 pcs	€2.61 *
from 20 pcs	€2.48 *
from 40 pcs	€2.31 *
from 400 pcs	request a quote!

The prices are VAT included plus extra charges for shipping

Ready for shipment, delivery in 2-4 days

5 pieces: € *

Item number: RM-20x04x07-N-D
EAN: 4250538414381
Manufacturer: magnets4you
Packaging unit: 5 pieces
Available on stock: 1860 pieces

By popular request, we have another diametrical ring magnet in our range. The same dimensions as... more

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Product information

By popular request, we have another diametrical ring magnet in our range.
The same dimensions as our Ringmagnet Ø 20 x 4 x 7 mm, but this magnet offers magnetization due to the diameter = diametrical

You can find an overview of the different directions of magnetization here

Technical specifications

total diameter D	20,0 mm
inner ring d1	4,0 mm
Höhe H	7,0 mm
volume	1810 mm³
material	Neodym
temperature max.	80 ° C
quality of magnetisation	N35
tolerance	+/- 0,1 mm
direction of magnetisation	diametral
coating	Nickel (Ni-Cu-Ni)
Gewicht	0,013753 kg

Technical specifications for magnetization grade N35

Material	Remanence		Coercivity				Energy product		Maximum temperature
	Br		bHc		iHc		(BxH)max
	Gauss (G)	Tesla (T)	kOe	kA/m	kOe	kA/m	MGOe	kJ/m ³	°C
N35	11700-12100	1.17-1.21	10.8-11.5	860-915	≥ 12	≥ 955	33-35	263-279	≤ 80

The product conforms to the European RoHS Community legislation
The product conforms to the European RoHS Community legislation (2002/95/EG - RoHS - Restriction of Hazardous Substances) relating to the use and the employment of certain hazardous substances in electrical and electronic devices.
No subject to registration under the REACH Regulation.
Safety Notice
NdFeB magnets are hard and brittle. Especially with thinner dimensions / higher adhesive forces, these can easily break or splinter! An uncontrolled impact of two magnets as well as an external, mechanical shock or pressure load should therefore be avoided!