N35 Od25* (ID6.5-4) *4mm NdFeB Ring Magnet W/Teflon Coating NdFeB Countersunk Magnet

China N35 Od25* (ID6.5-4) *4mm NdFeB Ring Magnet W/Teflon Coating NdFeB Countersunk Magnet, Find details about China Countersink NdFeB Magnet, Ring NdFeB Magnet with Countersunk from N35 Od25* (ID6.5-4) *4mm NdFeB Ring Magnet W/Teflon Coating NdFeB Countersunk Magnet

Basic Info.

Model NO.

BWND

Delivery

15-20 Days

Shipment

by Sea/Air/Express

Tolerance

0.08mm-0.1mm

Type

Permanent

Composition

NdFeB Magnet

Trademark

BESTWAY

Transport Package

Export Carton

Specification

REACH, ROHS, CE

Origin

Ningbo, Zhejiang

HS Code

8505111000

Model NO.

BWND

Delivery

15-20 Days

Shipment

by Sea/Air/Express

Tolerance

0.08mm-0.1mm

Type

Permanent

Composition

NdFeB Magnet

Trademark

BESTWAY

Transport Package

Export Carton

Specification

REACH, ROHS, CE

Origin

Ningbo, Zhejiang

HS Code

8505111000

Product Desciption

N35 OD25*(id6.5-4)*4mm NdFeB Ring Magnet W/Teflon coating NdFeB Countersunk Magnet

Neodymium magnet(also know as NdFeB, NIB, or Neo magnet), the most widely used type of rare-earth magnet, is a permanent magnet made from an alloy of neodymium, iron and boron to form the Nd2Fe14B teragonal crystalline structure. These magnets are widely used in many applications in modern products, such as motors in cordless tools, computer hard drives, wind turbine generators/audio speakers/headphones, bicycle dynamos...

The teflon coating is special coated, which has many advance itself, the characteristic as follows:

1.0.08mm-0.1mm
2. SST(Salt Spray Test)120 hours
3. Enviromental, it can work in the application which had requirement to the water quality
4. Wearable, good for anti-attrition
5. High working temperature, which can work under 380º C
6. It can work in acid circumstance or alkaline circumstance

Material: Nd-Fe-B
Coating: Teflon
Grade: N35-52, M, H, SH, UH series
Delivey: 15-20 days
Shipment: By express/air/sea
Free samples are be supplied at your request.

MAGNETIC AND PHYSICAL CHARACTERISTICS (NdFeB)
No.	TYPE	Remanence Br		Coercive-force bHc		Intrinsic coercive force iHc		Max. energy product (BH) max		Working Temperature
		KGs	T	KOe	KA/m	KOe	KA/m	MGOe	KJ/m³	0 C
		KGs	T	KOe	KA/m	KOe	KA/m	MGOe	KJ/m³	0 C
1	N-35	11.7-12.1	1.17-1.21	10.8-11.5	860-915	≥12	≥955	33-35	263-279	≤80
2	N-36	11.9-12.2	1.19-1.22	10.8-11.5	860-915	≥12	≥955	34-36	271-287	≤80
3	N-38	12.2-12.6	1.22-1.26	10.8-11.5	860-915	≥12	≥955	36-38	287-303	≤80
4	N-40	12.6-12.9	1.26-1.29	10.5-11.0	836-876	≥12	≥955	38-40	303-318	≤80
5	N-42	12.9-13.2	1.29-1.32	10.5-11.0	836-876	≥12	≥955	40-42	318-334	≤80
6	N-43	13.0-13.3	1.30-1.33	10.5-11.0	836-876	≥12	≥955	41-43	326-342	≤80
7	N-45	13.3-13.7	1.33-1.37	10.5-11.0	836-876	≥12	≥955	43-45	342-358	≤80
8	N-48	13.6- 14.2	1.36 1.42	926 11.6	876 11.0	≥12	≥955	45-48	358-382	≤80
9	N-50	14.1-14.5	1.41-1.45	11-11.4	828-907	≥11	≥876	48-50	382-398	≤70
10	N-52	14.4-14.8	1.44-1.48	10.5-11.4	828-907	≥11	≥876	49.5-52	394-414	≤70
11	N-35M	11.7-12.1	1.17-1.21	10.8-11.5	860-915	≥15	≥1194	33-35	263-279	≤100
12	N-36M	11.9-12.2	1.19-1.22	11.1-11.6	884-923	≥15	≥1194	34-36	271-287	≤100
13	N-38M	12.2-12.6	1.22-1.26	10.8-11.5	860-915	≥14	≥1114	36-38	287-303	≤100
14	N-40M	12.6-12.9	1.26-1.29	10.8-11.5	860-915	≥14	≥1114	38-40	303-318	≤100
15	N-42M	12.9-13.2	1.29-1.32	10.8-11.4	860-907	≥14	≥1114	40-42	318-334	≤100
16	N45M	13.3-13.7	1.33-1.37	10.8-11.4	860-907	≥17	≥1114	43-45	334-358	≤100
17	N48M	13.6-14.2	1.36-1.42	11.4-12	907-905	≥14	≥1114	45-48	358-382	≤100
18	N-30H	10.8-11.2	1.08-1.12	10.1-10.6	804-844	≥17	≥1353	28-30	223-239	≤120
19	N-33H	11.4-11.7	1.14-1.17	10.6-11.1	844-884	≥17	≥1353	31-33	247-263	≤120
20	N-35H	11.7-12.1	1.17-1.21	10.8-11.5	860-915	≥17	≥1353	33-35	263-279	≤120
21	N-36H	11.9-12.2	1.19-1.22	11.1-11.6	884-923	≥17	≥1353	34-36	271-287	≤120
22	N-38H	12.2-12.6	1.22-1.26	11.5-12.0	915-955	≥17	≥1353	36-38	287-303	≤120
23	N-40H	12.6-12.9	1.26-1.29	11.5-12.0	915-955	≥17	≥1353	38-40	303-318	≤120
24	N-42H	12.9-13.2	1.29-1.32	11.5-12.0	915-955	≥17	≥1353	40-42	318-334	≤120
25	N-44H	13.3-13.6	1.33-1.36	11.4-11.9	907-947	≥16	≥1274	42-44	334-350	≤110
26	N-30SH	10.8-11.2	1.08-1.12	10.1-10.6	804-844	≥20	≥1592	28-30	223-239	≤150
27	N-33SH	11.4-11.7	11.4-11.7	10.6-11.1	844-884	≥20	≥1592	31-33	247-263	≤150
28	N-35SH	11.7-12.1	1.17-1.21	10.8-11.5	860-915	≥20	≥1592	33-35	263-279	≤150
29	N-38SH	12.1-12.5	1.21-1.25	10.8-11.5	860-915	≥20	≥1592	36-38	287-302	≤150
30	N-40SH	12.6-12.9	1.26-1.29	10.8-11.5	860-915	≥20	≥1592	38-40	303-318	≤150
31	N-42SH	13-13.3	1.30-1.33	11.4-11.9	907-947	≥19	≥1512	40-42	318-314	≤140
32	N28UH	10.4-10.8	1.04-1.08	9.8-10.2	780-812	≥25	≥1990	26-28	207-223	≤180
33	N30UH	10.8-11.2	1.08-1.12	10.1-10.6	804-844	≥25	≥1990	28-30	223-239	≤180
34	N35UH	11.7-12.1	1.17-1.21	10.5-11.2	836-890	≥25	≥1990	33-35	263-278	≤180
35	N38UH	12.2-12.6	1.22-1.26	11.4-11.9	907-947	≥25	≥1990	36-38	287-303	≤180
36	N28EH	10.4-10.8	1.04-1.08	9.8-10.2	780-812	≥30	≥2388	26-28	207-223	≤200
37	N30EH	10.8-11.2	1.08-1.12	10.1-10.6	804-844	≥30	≥2388	28-30	223-239	≤200
38	N33EH	11.4-11.7	1.14-1.17	10.3-11.0	820-876	≥30	≥2388	31-33	247-263	≤200
39	N35EH	11.7-12.1	1.17-1.21	10.8-11.4	860-907	≥30	≥2388	33-35	263-279	≤200

Remark: The above mentioned data of magnetic and physical characteristics are given at room temperature