SONNECY NdFeB Block Magnets, Dimensions: 12xWxH (Length>Widt...

Preview: NdFeB Block Magnets, Dimensions: 12xWxH (Length>Width>Heigth) , Material grade: N38

NdFeB Block Magnets, Dimensions: 12xWxH (Length>Width>Heigth) , Material grade: N38

Quantity	Unit price
until 49	€ 0.46 *
from 50	€ 0.39 *
from 200	€ 0.32 *
from 1000	€ 0.29 *

Prices incl. VAT excl. Shipping Costs

Ready for shipping, delivery time 1-3 workdays
for quantities up to available stock of 1363 pieces (3-4 weeks if more)

Rare earth permanent magnet NdFeB is a new kind of magnetic material developed in the 1980's... more

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NdFeB Block Magnets, Dimensions: 12xWxH (Length>Width>Heigth) , Material grade: N38

Rare earth permanent magnet NdFeB is a new kind of magnetic material developed in the 1980's with excellent magnetic characteristics (high energy product and high coercive force etc.) and relatively low cost. It is getting to replace the traditional magnets of hard ferrite, AlNiCo and SmCo in many fields such as electro-acoustic devices, electric motors, sensors/transducers, instruments and meters, auto industry, petro-chemical industry and magnetic health-care products etc.

Material Information

Produced by powder metallurgical method with chemical composition of Nd2Fe14B
High resistance to demagnetization
High magnetic values (Br, bHc, iHC und (BH)max)
Excellent cost to performance ratio
Reasonable temperature stability
Very brittle & hard
Poorest corrosion resistance of all commercial magnetic materials
Not suitable for application which exposed in high temperature conditions

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Coating:	Nickel
Dimensions:	12x4x2, 12x6x2.5, 12x8x3, 12x10x5
Form:	Block
Magnetization Direction:	through height
Material:	NdFeB
Material Grade:	N38
Curie Temperature (°C):	310-370
Maximum Operating Temperature (°C):	80-240
Resistivity (µ ohm.cm):	160
Hardness (Hv):	560-580
Density (g/cm3 ):	7.40
Relative Recoil Permeability (µrec) :	1.05
Saturation Field Strength, kOe (kA/m) :	30-40 (2400-3200)
Temperature Coefficient of Br (%/°C):	-0.12 ~ -0.10
Temperature Coefficient of iHc (%/°C) :	-0.6