Name: Hybrid Bonded Magnetic Compounds
Brand: Hangzhou Chase Technology Co., Ltd.

Hybrid Bonded Magnetic Compounds Introductions：

By mixing different kinds of magnetic powder in different proportions, we can obtain a series of hybrid magnets whose magnetic properties are higher than ferrite bonding magnet and lower than bonded neodymium (anisotropic) magnet, which can meet the customized application demands and reduce the cost.

Properties of Hybrid Bonded Magnetic Compounds：

High corrosion resistance than that of bonded neodymium magnet.
Thermal demagnetization properties change little with temperature
High-cost performance.

Applications of Hybrid Bonded Magnetic Compounds：

Motor rotor; magnetic ring; sensor; etc.

Specification of Hybrid Bonded Magnetic Compounds：

Grade	Br Residual Flux Density		H_cB Coercive Force		H_cJ Intrinsic Coercive Force		(BH)_max Maximum Energy Product		Mold density	Melt Flow Rate	IZOD Impact Strength	Tensile Strength	Flexural Strength	Composition
Grade	mT	Gs	kA/m	Oe	kA/m	Oe	kJ/m³	MGOe	g/cm³	g/10min	kJ/m²	MPa	MPa	Composition
NFC20	298	2980	206	2587	363	4559	16.4	2.06	3.82	150	8.5	60	125	Feriite/NdFeB +PPS
NFC45	459	459	295	3711	905	11370	36.1	4.54	4.78	200	8	52	100	Feriite/NdFeB +PPS

NFB30	393	3930	216	2711	371	4666	23.7	2.98	4.56	400	12	56	98	Feriite/NdFeB +PA12
NFB45	498	4980	275	3451	549	6898	38.5	4.83	4.87	120	13	65	115	Feriite/NdFeB +PA12

HSFB30a	378	3780	247	3105	358	4500	23.9	3.01	3.75	120	15	55	95	Feriite/SmFeN +PA12
HSFB40a	440	4400	268	3364	415	5207	32.7	4.11	3.85	120	15	55	90
HSFB50a	481	4810	296	3718	440	5526	40.5	5.09	3.95	130	15	55	90

HSNB100a	691	6910	438	5504	679	8530	80.6	10.13	4.45	180	10	50	90	HDDR/SmFeN +PA12
HSNB120a	765	7650	487	6113	841	10570	95.9	12.05	4.66	130	10	50	95	HDDR/SmFeN +PA12