Magnetic characteristics - NdFeB magnets, plastic bonded, injection molded

 Energiy product
(B*H)max.
Remanence
Br
Rev. Temp.
-coeff von Br
Coercivity
    
Ferric
induction
Max. operating
temperature
Density
NdFeB magnets
plastic bonded,
injection molded 
kJ/m3
(typ.)
kJ/m3
(min.)
mT
(typ.)
mT
(min.)
approx. %/KHcB
kA/m
(min.)
HcJ
kA/m
(min.)
kA/m
(min.)
PA 12
approx. °C
PPS
approx. °C
approx. g/cm3
NdFeB 27/80p PA12 isotropic29.027.0410400-0.132708002,800140 4.1
NdFeB 38/80p PA12 isotropic41.538.0485470-0.133208002,800140 4.7
NdFeB 41/60p PA12 isotropic43.041.0500480-0.113306002,800140 4.6
NdFeB 43/80p PA 12 isotropic46.043.0515505-0.133408002,800140 5.0
NdFeB 43/80p PPS isotropic46.043.0515505-0.133408002,800 1805.0
NdFeB 46/80p PA12 isotropic48.046.0530515-0.133508002,800140 5.2
NdFeB 46/80p PPS isotropic48.046.0530515-0.133508002,800 1805.2
NdFeB 48/60p PA12 isotropic50.048.0540530-0.113606002,800140 4.8
NdFeB 49/80p PA12 isotropic52.049.0555545-0.133658002,800140 5.3
NdFeB 76/110p PA12 anisotropic88.076.0700660-0.134601,1002,400120 4.8

 

The values given in the table may be subject to limitations depending on the magnet dimensions and the part-specific application.
Please observe the information in the respective material data sheet.

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