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Remag Sm2Co17

Samarium Cobalt Magnets Sm2Co17

The combination of high magnetization and high Curie temperature of Sm2Co17 magnets is what makes them attractive for many applications that require high energy products and long lasting stability when used at temperatures up to 350°C. In addition to Sm and Co, these magnets contain Fe, Cu, and Zr and they present hard magnetic properties when their microstructure consists of a network of cells based on 2/17R phase surrounded by boundaries based on 1/5 phase. The microstructure is obtained by a metallurgical process including sintering, homogenization and annealing.

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Sintered Sm2Co17 advantages

EXCELLENT MAGNETIC FUNCTION

TO DIMENSIONS RATIO

HIGH

(BH) MAX

HIGH

COERCIVITY

RELATIVELY HIGH

WORKING TEMPERATURE

GOOD CORROSION

RESISTANCE

RELATIVELY GOOD

TEMPERATURE STABILITY

PHYSICAL PROPERTIES

Characteristic[Unit]Remag 25Remag 25 LC
Density[g/cm3]8,38,3
Elasticity Modulus[kN/mm2]120120
Bending Strength[N/mm2]120120
Compression Strength[N/mm2]800800
Hardness[HV]600600
Specific electrical resistance[μΩcm]8585
Specific heat[J/kgK]280280
Specific thermal conductivity[W/mK]1212
Curie temperature[°C]820820
Temperature Coefficient—TK Br[%/K]-0,03-0,03
Temperature Coefficient – iHc[%/K]-0,23-0,15
Required magnetising field strength[kA/m]45002000

MAGNETIC PROPERTIES

REMAG
Typical values		Remanence Br
[T]		Coercivity HcB
[kA/m]		Instrinsic Coercivity
HcJ [kA/m]		Energy product (BH)max
[kJ/m3]
Remag 25 A1,03750> 1590190
Remag 25 A LC1,05720800200
Remag 25 T1,09820> 1590225
Remag 25 T LC1,10730800230
Remag 32 I1,178401900260
Remag 32 T1,158401900245
Remag 28 I HT1,118352700235
Remag 28 T HT1,108352700225

They are used in many application fields:

– variety of sensor applications in automotive and other industries
– high torque DC motors, etc.

Remag 25 A
Remag 25 A LC
catalogue magneti pdf

Product Catalog 2019

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