Adhesive NdFeB Magnets

These Thin and powerful Adhesive Neodymium magnets combine a high level of magnetic power and the convenience of super strong 3M self adhesive with a peel away backing strip.

  • Model: NEO-N12
  • Price:
  • Productivity:: 9000pcs/M
  • Country of Origin: CHINA
  • MOQ: 1000PCS
  • Payment: T/T,Western Union,Paypal
  • Transportation: By Sea,By air,By express

Product Name:Neodymium Magnets with strong 3M Self Adhesive 

Materials Trademark:
N35--N50,33M--48M,30H--45H,27SH--45SH,25UH--40UH,23EH--38EH
All Trademarks are available.

Working Temperature: 80-200(℃)
Product Feature: 
High anti- degausser
If it did not coating or electroplating, materials will corrodible
Very adamancy and crisp
Stability in common temperature
Does not apply to high temperature environment
High cost / capability proportion

NdFeB permanent magnet is mainly used in Micro-motor, Electronic Industry, Car Industry, Petrochemical, NMR devices, Sound equipments, Maglev System, Magnetic drive and Magnetotherapy system, and its also used in Motorbikes, Car oil-duct’s magnetization, with the aim of saving oil.
Earth permanent magnet (NdFeB) has the strongest magnetism nowadays. It does not only has high remanence, high coercivity, high energy product, and high-functional, but also it can processed into a variety of sizes easily. Now, it is widely used in avigation, spaceflight, electron, electrical sound, electrical machinery, apparatus, meters, medical technology, and especially apply to develop high-performance, small and light replacements.

These Thin and powerful Neodymium magnets combine a high level of magnetic power and the convenience of super strong 3M self adhesive with a peel away backing strip.

Each size is available in 2 types, one with a North pole showing and one with a South pole showing. Both have self adhesive on the reverse side.

If the magnet is sticking to a steel surface, you can use either a North or South pole magnet. They are equally as strong.

If you want to use 2 of these to stick to each, for example to close a cardboard folder, you need to use a North pole and a South pole magnet so that they attract each other (otherwise they will repel).

GradeRemanenceCoercivity ForceIntrinsic Coercive ForceMax. Energy Productmaximum Operating Temp.
BrHcbHcj£ ¨ BH £ © max
mTkGskA/mkOekA/mkOekJ/m3MGOe
N271030-108010.3-10.8≥ 796≥ 10.0≥ 955≥ 12199-23125-2980 ° C
N301080-113010.8-11.3≥ 796≥ 10.0≥ 955≥ 12223-24728-3180 ° C
N331130-117011.3-11.7≥ 836≥ 10.5≥ 955≥ 12247-27131-3480 ° C
N351170-122011.7-12.2≥ 868≥ 10.9≥ 955≥ 12263-28733-3680 ° C
N381220-125012.2-12.5≥ 899≥ 11.3≥ 955≥ 12287-31036-3980 ° C
N401250-128012.5-12.8≥ 907≥ 11.4≥ 955≥ 12302-32638-4180 ° C
N421280-132012.8-13.2≥ 915≥ 11.5≥ 955≥ 12318-34240-4380 ° C
N451320-138013.2-13.8≥ 923≥ 11.6≥ 955≥ 12342-36643-4680 ° C
N481380-142013.8-14.2≥ 923≥ 11.6≥ 876≥ 12366-39046-4980 ° C
N501400-145014.0-14.5≥ 796≥ 10.0≥ 876≥ 11382-40648-5160 ° C
N521430-148014.3-14.8≥ 796≥ 10.0≥ 876≥ 11398-42250-5360 ° C
30M1080-113010.8-11.3≥ 796≥ 10.0≥ 1114≥ 14223-24728-31100 ° C
33M1130-117011.3-11.7≥ 836≥ 10.5≥ 1114≥ 14247-26331-33100 ° C
35M1170-122011.7-12.2≥ 868≥ 10.9≥ 1114≥ 14263-28733-36100 ° C
38M1220-125012.2-12.5≥ 899≥ 11.3≥ 1114≥ 14287-31036-39100 ° C
40M1250-128012.5-12.8≥ 923≥ 11.6≥ 1114≥ 14302-32638-41100 ° C
42M1280-132012.8-13.2≥ 955≥ 12.0≥ 1114≥ 14318-34240-43100 ° C
45M1320-138013.2-13.8≥ 995≥ 12.5≥ 1114≥ 14342-36643-46100 ° C
48M1360-143013.6-14.3≥ 1027≥ 12.9≥ 1114≥ 14366-39046-49100 ° C
50M1400-145014.0-14.5≥ 1033≥ 13.0≥ 1114≥ 14382-40648-51100 ° C
30H1080-113010.8-11.3≥ 796≥ 10.0≥ 1353≥ 17223-24728-31120 ° C
33H1130-117011.3-11.7≥ 836≥ 10.5≥ 1353≥ 17247-27131-34120 ° C
35H1170-122011.7-12.2≥ 868≥ 10.9≥ 1353≥ 17263-28733-36120 ° C
38H1220-125012.2-12.5≥ 899≥ 11.3≥ 1353≥ 17287-31036-39120 ° C
40H1250-128012.5-12.8≥ 923≥ 11.6≥ 1353≥ 17302-32638-41120 ° C
42H1280-132012.8-13.2≥ 955≥ 12.0≥ 1353≥ 17318-34240-43120 ° C
45H1300-136013-13.6≥ 963≥ 12.1≥ 1353≥ 17326-35843-46120 ° C
48H1370-143013.7-14.3≥ 995≥ 12.5≥ 1353≥ 17366-39046-49120 ° C
30SH1080-113010.8-11.3≥ 804≥ 10.1≥ 1592≥ 20223-24728-31150 ° C
33SH1130-117011.3-11.7≥ 844≥ 10.6≥ 1592≥ 20247-27131-34150 ° C
35SH1170-122011.7-12.2≥ 876≥ 11.0≥ 1592≥ 20263-28733-36150 ° C
38SH1220-125012.2-12.5≥ 907≥ 11.4≥ 1592≥ 20287-31036-39150 ° C
40SH1240-128012.5-12.8≥ 939≥ 11.8≥ 1592≥ 20302-32638-41150 ° C
42SH1280-132012.8-13.2≥ 987≥ 12.4≥ 1592≥ 20318-34240-43150 ° C
45SH1320-138013.2-13.8≥ 1003≥ 12.6≥ 1592≥ 20342-36643-46150 ° C
28UH1020-108010.2-10.8≥ 764≥ 9.6≥ 1990≥ 25207-23126-29180 ° C
30UH1080-113010.8-11.3≥ 812≥ 10.2≥ 1990≥ 25223-24728-31180 ° C
33UH1130-117011.3-11.7≥ 852≥ 10.7≥ 1990≥ 25247-27131-34180 ° C
35UH1180-122011.8-12.2≥ 860≥ 10.8≥ 1990≥ 25263-28733-36180 ° C
38UH1220-125012.2-12.5≥ 876≥ 11.0≥ 1990≥ 25287-31036-39180 ° C
40UH1240-128012.5-12.8≥ 899≥ 11.3≥ 1990≥ 25302-32638-41180 ° C
28EH1040-109010.4-10.9≥ 780≥ 9.8≥ 2388≥ 30207-23126-29200 ° C
30EH1080-113010.8-11.3≥ 812≥ 10.2≥ 2388≥ 30223-24728-31200 ° C
33EH1130-117011.3-11.7≥ 836≥ 10.5≥ 2388≥ 30247-27131-34200 ° C
35EH1170-122011.7-12.2≥ 876≥ 11.0≥ 2388≥ 30263-28733-36200 ° C
38EH1220-125012.2-12.5≥ 899≥ 11.3≥ 2388≥ 30287-31036-39200 ° C