Custom Size Magnets for Electric Motor Super Strong Neodymium Magnet

• Customization: Available
• Application: Speaker Magnet, Industrial Magnet, Jewelry Magnet, Solenoid, Motor Magnet
• Shape: Trapezoid
• Model NO.: Electric Motor Magnets
• Coating: Nickel
• Grade: 35sh
• Product Name: Custom Size Magnets for Electric Motor Super Stron
• Size: Custom magnet
• Max Operation Temp: 220 Degree Centigrade
• Product Certificate: RoHS
• Company Certificae: Isotsi16949:2009
• Coatings: Ni, Zn, Gold, Copper, Epoxy, etc
• Maxmium Br: 12.1kgs
• Hcb: 10.7koe
• Hcj: 35koe
• Type: Permanent
• Transport Package: Standard Air and Vessel Package
• Specification: ROHS
• Trademark: COCOMAG
• Origin: China Mainland
• HS Code: 85051110
• Production Capacity: 2000 Tons Per Year

Product Description

Custom Size Magnets for Electric Motor Super Strong Neodymium Magnet

Product description

Electric Motor Magnets have several advantages over traditional ceramic magnet designs. Typically they are much lighter and more powerful than conventional speakers which use ferrite, AlNiCo or Samarium Cobalt magnets. Neodymium speakers often have motors that use a small cylindrical slug or ring magnet that is encased in a low carbon steel pot structure. The magnetic flux which is already more than 10 times higher than any other material is concentrated across the "gap" where the voice coil moves back and forth. The strength of the motor (BxL) increases so efficiency goes up and the whole magnetic structure becomes more compact. Typically Neo speakers have the additional benifit of not causing any (EMI) interference from stray magnetic flux so by definition they are video shielded. Neodymium magnets are part of the material science of the future with applications growing everyday. One example is the fast growing earbud market. Neo has made it possible to essentially shrink down headphones to sizes that will fit inside your ears. In addition they are also efficient enough to produce high volume sound from small battery powered devices with low amplifier output such as walkmans, MP3 players, tablets, laptops and cell phones.

Production process:
Raw Materials-->Mixture--->Vacuum Melting--- > Powder Production--- >Molding ---> Vacuum Sintering--- > Testing--- >Mechanical Processing--- > Surface Coating--- >Magnetized--- > Inspecting--- > Packing and Shipping.

Ring NdFeB Magnets Directions of Magnetization:
A. Thickness Magnetized
B. Axially Magnetized
C. Diametrally Magnetized
D. Multi-poles magnetized
E. Radial Magnetized
F. Customized specific requirements magnetized

The competitive advantages are as follows:
1. Wide product range, covering all grades from N series to AH series.
2. Samples and small quantity are available.
3. Stock raw metal materials for shorter lead time.
4. Comparatively low price.
5. Reliable quality and technology innovation.

 

High Performance Sinterated NdFeB Magnet Item	Grade	Remanence;Br				Coercive Force;bHc		Intrisic Coercive Force;iHc		Max Energy Product;(BH)max				Working Temp.
		kGs		T		kOe	KA/m	kOe	KA/m	MGOe		KJ/m3
		Max.	Min.	Max.	Min.					Max.	Min.	Max.	Min.
N	N54	15.1	14.5	1.51	1.45	≥10.5	≥836	≥11	≥876	55	51	438	406	≤80
	N52	14.8	14.2	1.48	1.42	≥10.5	≥836	≥11	≥876	53	49	422	390	≤80
	N50	14.5	14.0	1.45	1.40	≥11.0	≥876	≥12	≥955	51	47	406	374	≤80
	N48	14.3	13.7	1.43	1.37	≥11.0	≥876	≥12	≥955	49	45	390	358	≤80
	N45	13.8	13.2	1.38	1.32	≥11.0	≥876	≥12	≥955	46	42	366	334	≤80
	N42	13.5	12.9	1.35	1.29	≥11.0	≥876	≥12	≥955	44	40	350	318	≤80
	N40	13.2	12.6	1.32	1.26	≥11.0	≥876	≥12	≥955	41	38	334	302	≤80
	N38	13.0	12.2	1.30	1.22	≥11.0	≥876	≥12	≥955	40	36	318	287	≤80
	N35	12.2	11.7	1.22	1.17	≥10.9	≥868	≥12	≥955	36	33	287	263	≤80
M	N52M	14.8	14.2	1.48	1.42	≥13.3	≥1059	≥14	≥1114	43	49	422	390	≤100
	N50M	14.5	14.0	1.45	1.40	≥13.1	≥1043	≥14	≥1114	41	47	406	374	≤100
	N48M	14.3	13.7	1.43	1.37	≥12.8	≥1019	≥14	≥1114	49	45	390	358	≤100
	N45M	13.8	13.2	1.38	1.32	≥12.4	≥987	≥14	≥1114	46	42	366	334	≤100
	N42M	13.5	12.9	1.35	1.29	≥12.1	≥963	≥14	≥1114	44	40	350	318	≤100
	N40M	13.2	12.6	1.32	1.26	≥11.8	≥939	≥14	≥1114	41	38	334	302	≤100
	N38M	13.0	12.2	1.30	1.22	≥11.7	≥915	≥14	≥1114	40	36	318	287	≤100
	N35M	12.2	11.7	1.22	1.17	≥10.9	≥868	≥14	≥1114	36	33	287	263	≤100
H	N50H	14.5	14.0	1.45	1.40	≥12.9	≥1027	≥16	≥1274	51	47	406	374	≤120
	N48H	14.3	13.7	1.43	1.37	≥12.7	≥1011	≥16	≥1274	49	45	390	358	≤120
	N46H	14.0	13.4	1.40	1.34	≥12.5	≥995	≥17	≥1353	47	43	374	342	≤120
	N44H	13.7	13.1	1.37	1.31	≥12.3	≥979	≥17	≥1353	45	41	358	326	≤120
	N42H	13.5	12.9	1.35	1.29	≥12.1	≥963	≥17	≥1353	44	40	350	318	≤120
	N40H	13.2	12.6	1.32	1.26	≥11.8	≥939	≥17	≥1353	42	38	334	302	≤120
	N38H	13.0	12.2	1.30	1.22	≥11.5	≥915	≥17	≥1353	40	36	318	287	≤120
	N35H	12.4	11.7	1.24	1.17	≥11.0	≥876	≥17	≥1353	37	33	295	263	≤120
	N33H	11.7	11.3	1.17	1.13	≥10.5	≥836	≥17	≥1353	34	31	271	247	≤120
SH	N45SH	14.0	13.4	1.40	1.34	≥12.5	≥995	≥20	≥1592	47	43	374	342	≤150
	N44SH	13.7	13.1	1.37	1.31	≥12.3	≥979	≥20	≥1592	45	41	358	326	≤150
	N42SH	13.5	12.9	1.35	1.29	≥12.1	≥963	≥20	≥1592	44	40	350	318	≤150
	N40SH	13.2	12.6	1.32	1.26	≥11.8	≥939	≥20	≥1592	42	38	334	302	≤150
	N38SH	12.9	12.2	1.29	1.22	≥11.5	≥915	≥20	≥1592	40	36	318	287	≤150
	N35SH	12.4	11.7	1.24	1.17	≥11.0	≥876	≥20	≥1592	37	33	295	263	≤150
	N33SH	12.1	11.4	1.21	1.14	≥10.7	≥852	≥20	≥1592	35	31	279	247	≤150
UH	N42UH	13.5	12.9	1.35	1.29	≥12.1	≥963	≥25	≥1990	44	40	350	318	≤180
	N40UH	13.2	12.6	1.32	1.26	≥11.8	≥939	≥25	≥1990	42	38	334	302	≤180
	N38UH	12.9	12.2	1.29	1.22	≥11.5	≥915	≥25	≥1990	40	36	318	287	≤180
	N35UH	12.4	11.7	1.24	1.17	≥11.0	≥876	≥25	≥1990	37	33	295	263	≤180
	N33UH	12.1	11.4	1.21	1.14	≥10.7	≥852	≥25	≥1990	35	31	279	247	≤180
	N30UH	11.6	10.8	1.16	1.08	≥10.2	≥812	≥25	≥1990	32	28	255	223	≤180
EH	N38EH	12.9	12.2	1.29	1.22	≥11.5	≥915	≥30	≥2388	40	36	318	287	≤200
	N35EH	12.4	11.7	1.24	1.17	≥11.0	≥876	≥30	≥2388	37	33	295	263	≤200
	N33EH	12.1	11.4	1.21	1.14	≥10.7	≥851	≥30	≥2388	35	31	279	247	≤200
	N30EH	11.5	10.8	1.15	1.08	≥10.2	≥812	≥30	≥2388	32	28	255	223	≤200
AH	N33AH	12.1	11.4	1.21	1.14	≥10.7	≥852	≥35	≥2786	35	31	279	247	≤230
	N30AH	11.5	10.8	1.15	1.08	≥10.2	≥812	≥35	≥2786	32	28	255	223	≤230
	N28AH	11.2	10.4	1.12	1.04	≥9.70	≥772	≥35	≥2786	30	26	239	207	≤230