SONNECY SmCo Block Magnets M2B08, Dimensions : 3xWxH (Length...

Preview: SmCo Block Magnets M2B08, Dimensions : 3xWxH (Length>Width>Heigth) , Material grade: S240

SmCo Block Magnets M2B08, Dimensions : 3xWxH (Length>Width>Heigth) , Material grade: S240

Quantity	Unit price
until 49	€ 0.45 *
from 50	€ 0.37 *
from 200	€ 0.32 *
from 1000	€ 0.24 *

Prices incl. VAT excl. Shipping Costs

Ready for shipping, delivery time 1-3 workdays
for quantities up to available stock of 777 pieces (3-4 weeks if more)

Article-Nr: M2B08-001
Serial-Nr: M2B08
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Data Sheet Download (German)

SmCo magnets (Samarium Cobalt) have also a very strong magnetic field. They tend to resist... more

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SmCo Block Magnets M2B08, Dimensions : 3xWxH (Length>Width>Heigth) , Material grade: S240

SmCo magnets (Samarium Cobalt) have also a very strong magnetic field. They tend to resist demagnetization extremely well. Unlike Neodymium magnets, it is also very corrosion resistant. SmCo magnets can operate at higher temperatures up to 300°C and are widely used in applications in which higher operating temperature and higher corrosion and oxidation resistance are crucial. The temperature coefficient of remanence is usually less than ±0.05%. Two common compositions of SmCo magnets are SmCo5 and Sm 2Co17. They can be sintered and bonded. Generally, the cost of SmCo magnets is higher than NdFeB magnets. But NdFeB magnets are stronger than SmCo magnets.

Material Information

An alloy compose of SmCo5/Sm2Co17 produce by powder metallurgical method
Extremely hard & brittle
High demagnetization resistance
Excellent anti-corrosion properties
More expensive than NdFeB magnets because of limited raw material supply
Outstanding thermal stability

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Coating:	none
Dimensions:	3x2x2, 3x3x2
Form:	Block
Magnetization Direction:	through height
Material:	Sm2Co17
Material Grade:	S240
Curie Temperature (°C):	700-800
Maximum Operating Temperature (°C):	350
Resistivity (µ ohm.cm):	50-90
Hardness (Hv):	450-600
Density (g/cm3 ):	8.0-8.5
Relative Recoil Permeability (µrec) :	1.10
Saturation Field Strength, kOe (kA/m) :	37.5 (3000)
Temperature Coefficient of Br (%/°C):	-0.05 ~ -0.03
Temperature Coefficient of iHc (%/°C) :	-0.25 ~ -0.19