Ferrite Injection

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Ferrite Injection

Trade Terms :

EXW, FOB Ningbo, Door to door

Place of Origin :

Ningbo City, Zhejiang Province, China

Certificate :

IATF16949, ISO9001:2015

Payment Terms :

T/T

Delivery Time:

7-20 working days for making sample, 20 to 50 working days for production it depends on the mass quantities

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Ferrite Injection

Injection ferrite magnet

Injection ferrite magnet is made of compound of ferrite powder and Nylon. It is produced under magnetic field to achieve better magnetic orientation. The injection processing ensure magnets to have very complex shape and also ensure precise tolerance. Multi-poles magnetization can be achieved easily.

Magnetic Properties

MAGNETIC CHARACTERISTICS AND PHYSICAL PROPERTIES OF INJECTION FERRITE
GRADE	Binder resin	Remanence		Coercivity	Intrinsic Coercivity	Max. Energy Product	Mold density	Melt flow rate		Flexual strength	Flexual modulus
		Br		Hcb	Hcj	(BH)max	(g/cm3)	g/10min(MI)	condition	Mpa	Gpa
		Gs	mT	Oe	Oe	MGOe	(g/cm3)	g/10min(MI)	condition	Mpa	Gpa
NL121-A	PA6	2900	290	2500	3100	2.1	3.65	100	270℃ 10kg	157.1	26.8
NL121-B	PA6	2850	285	2500	3150	1.95	3.6	70	270℃ 10kg	165.5	25.9
NL121-C	PA6	2750	275	2400	2900	1.8	3.53	60	270℃ 10kg	145.8	20.1
NL121-D	PA6	2550	255	2350	2800	1.6	3.45	60	270℃ 10kg	154.7	22.3
NL121-E	PA6	1225	122.5	1150	2150	0.37	2.3	150	270℃ 10kg	120.5	28.6
NL121-F	PA6	1550	155	1350	3100	0.64	2.55	140	270℃ 10kg	115.8	27.8
NL121-J	PA6	2850	285	2250	2600	2	3.6	70	270℃ 10kg	160	26.2
NL121-T	PA6	2300	230	2000	3000	1.5	3	80	270℃ 10kg	139.8	27.5
NL221-A	PA12	2750	275	2300	2400	1.85	3.4	60	270℃ 10kg	162	25.2
NL221-B	PA12	2820	282	2600	3300	2	3.6	50	270℃ 10kg	162	25.2

MAGNETIC CHARACTERISTICS AND PHYSICAL PROPERTIES OF INJECTION FERRITE
GRADE	Binder resin	Remanence		Coercivity		Intrinsic Coercivity		Max. Energy Product		Mold density	Melt flow rate		Flexual strength	Flexual modulus	Tensile strength	Elangation	Impact strength	Shrinkage
		Br		Hcb		Hcj		(BH)max		(g/cm3)	g/10min(MI)	condition	Mpa(kg/cm2)	Gpa(kg/cm2)	Mpa(kg/cm2)	%	kj/m2	%
		Gs	mT	Oe	kA/m	Oe	kA/m	MGOe	Kj/m3	(g/cm3)	g/10min(MI)	condition	Mpa(kg/cm2)	Gpa(kg/cm2)	Mpa(kg/cm2)	%	kj/m2	%
TP-S62	PA6	2390	239	2140	170	2900	230.8	1.4	11.14	3.27	100	270℃ -10kg	189 1927	15.8 1.6E+05	99.5 1015	4.6	NB NB	0.75
TP-S65	PA6	2750	275	2350	187	2780	221.2	1.87	14.88	3.63	135	270℃ -10kg	167 1703	23 2.3E+05	79.1 807	3.0	11.9 12.1	0.57
TP-S67K	PA6	2900	290	2280	180	2650	210.9	2.07	16.5	3.73	70	270℃ -10kg	182 1856	27.5 2.8E+05	97.6 995	3.4	13.5 13.7	0.41
TP-F26S	PA12	2820	282	2360	188	2870	228.4	1.96	15.6	3.63	65	270℃ -10kg	115 1173	14.5 1.5E+05	59.1 603	3.9	15.6 15.9	0.66
TP-A27E	PA12	2890	289	2390	190	2880	229.2	2.05	16.2	3.69	65	270℃ -10kg	92 938	11.3 1.2E+05	45.6 465	5.3	20.4 20.8	0.72
TP-S76	PPS	2360	236	2160	172	3060	243	1.38	11	3.33	160	330℃ -10kg	149 1522	13.9 1.4E+05	73.7 751	2.5	20.6 21.0	0.6

MAGNETIC CHARACTERISTICS AND PHYSICAL PROPERTIES OF INJECTION FERRITE
GRADE	Remanence		Coercivity		Intrinsic Coercivity		Max. Energy Product		Mold density	Melt flow rate	Moisture	Flexual strength	Tensile strength	Impact strength	Shrinkage	Heat distorsion temp.	Coefficent of linear expansion
	Br		Hcb		Hcj		(BH)max		(g/cm3)	g/10min	ppm	Mpa	Mpa	kj/m2	%	℃	1/℃
	Gs	mT	Oe	kA/m	Oe	kA/m	MGOe	Kj/m3	(g/cm3)	g/10min	ppm	Mpa	Mpa	kj/m2	%	℃	1/℃
L240	4540	454	3830	305	8680	691	4.4	35	4.69	463	68	118.3	26.4	0.6	0.6	143	5.5OE-05
L250	5070	507	4250	338	8710	693	5.4	43	5.01	470	36	115	17.1	0.4	0.4	-	4.2OE-05
L260	5563	556	4550	362	9010	717	6.3	50.1	5.37	477	50	96	10	0.4	0.4	-	3.80E-05
L270	5815	582	4788	381	9028	718	6.9	54.9	5.57	216	60	93	11	0.5	0.5	-	-
N230	3940	394	3380	269	9860	785	3.3	26.3	3.97	468	31	120	37.1	0.9	0.9	-	7.10E-05
N260	5360	536	4430	353	9700	773	5.9	47	5.02	412	28	121.4	17.1	0.5	0.5	-	-
N270	5850	585	4650	370	8920	710	6.8	54.1	5.28	505	46	114.3	13.1	0.4	0.4	151	3.50E-05
N280S	6190	619	4840	385	8850	704	7.6	59.7	5.54	773	85	71.9	7.6	0.2	0.2	-	2.30E-05

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Ferrite Injection