Plastic NdFeB magnets are made by combining NdFeB granules with different polymers. There are two methods of production; pressing or extrusion. They are especially resistant to corroding factors because of the included plastic materials. They have an excellent capability of reading from different components because of the many possible different magnetization options. They are therefore especially appropriate for use in smaller components in the automobile industry and for various sensors and detectors.

Magnetics and Physical Properties	MB-4	MB-6	MB-8	MB-8H	MB-10	MB-10H	MB-12	MB-12D
Residual Induction (mT)	350-450	500-600	600-670	560-680	650-700	660-700	700-800	700-800
Br (KGs)	(3.5-4.5)	(5.0-6.0)	(6.0-6.7)	(5.6-6.8)	(6.5-7.0)	(6.6-7.0)	(7.0-8.0)	(7.0-8.0)
Coercive Force (KA/m)	240-280	320-360	360-400	400-464	400-440	400-480	416-480	448-480
Hcb (KOe)	(3.0-3.5)	(4.0-4.5)	(4.5-5.5)	(5.0-5.8)	(5.0-5.5)	(5.5-6.0)	(5.2-6.0)	(5.6-6.0)
Intrinsic Coercive Force (KA/m)	640-800	640-800	640-880	960-1360	640-800	760-840	640-880	720-960
Hcj (KOe)	(8.0-10.0)	(8.0-10.0)	(8.0-11.0)	(12.0-14.0)	(8.0-10.0)	(9.5-10.5)	(8.0-11.0)	(9.0-12.0)
Maximum Energy Products(KJ/m3)	24-32	40-56	64-72	60-72	72-80	80-96	80-96	80-96
(BH) max (MGOe)	(3.0-4.0)	(5.0-7.0)	(8.0-9.0)	(7.5-9.0)	(9.0-10.0)	(9.0-10.0)	(10.0-12.0)	(10.0-12.0)