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. %/K HcB
kA/m
(min.)
HcJ
kA/m
(min.)
kA/m
(min.)

PA 12
approx. °C

PPS
approx. °C

approx. g/cm3
NdFeB 30/60p isotropic 33,0 30,0 435 420 -0,11 290 600 2800 140 160 4,1
NdFeB 37/60p isotropic 39,0 37,0 475 465 -0,11 320 600 2800 140 160 4,5
NdFeB 42/60p isotropic 44,0 42,0 510 490 -0,11 335 600 2800 140 160 4,7
NdFeB 48/60p isotropic 50,0 48,0 540 530 -0,11 360 600 2800 140 160 4,8
NdFeB 55/60p isotropic 57,0 55,0 570 560 -0,11 375 600 2800 140 160 5,2
NdFeB 27/80p isotropic 29,0 27,0 410 400 -0,13 270 800 2800 140 180 4,1
NdFeB 32/80p isotropic 34,0 32,0 445 435 -0,13 295 800 2800 140 180 4,4
NdFeB 38/80p isotropic 41,5 38,0 485 470 -0,13 320 800 2800 140 180 4,7
NdFeB 43/80p isotropic 46,0 43,0 515 505 -0,13 340 800 2800 140 180 5,0
NdFeB 46/80p isotropic 48,0 46,0 530 515 -0,13 350 800 2800 140 180 5,2
NdFeB 49/80p isotropic 52,0 49,0 555 545 -0,13 365 800 2800 140 180 5,3
NdFeB 76/110p anisotropic 88,0 76,0 700 660 -0,13 460 1100 2800 120 120 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.

Newsletter


Subscribe to our free service and stay up to date on current topics.