Description
Product Name: Rare Earth NdFeB Magnetic Material (SM-N91) Model NO.: SM-N91 Coating: Nickel; Zinc; Chromium; Gold; Silver; Epoxy Shape: as Customer's Request Application: Speaker Magnet Type: Permanent Composition: Neodymium Magnet Transport Package: Standard Export Carton Specification: As customer's request Origin: China HS Code: 8505111000 Product Description Product Name: Rare earth NdFeB Magnetic MaterialMaterials Trademark:N35-N50, 33M-48M, 30H-45H, 27SH-45SH, 25UH-40UH, 23EH-38EHAll Trademarks are available.Working Temperature: 80-200(° C)Product Feature:Produced by the powder metallurgical method with chemical composition of ND2Fe14BVery brittle and hardPoorest corrosion resistance of all commercial magnetic materialHigh resistance to magnetic demagnetizationExcellent cost to performance ratioReasonable temperature stabilityNot suitable for application which exposed to high temperaturesNdFeB 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.Our factory produce and manufacture magnets according to customer's design on shape, dimension, grades, coatings etc.To offer you our magnets price, please offer the following details:Magnets grade: From N35 To N50, from N Series to UH Series.Magnets size: As the drawingMagnetism direction: Which direction to oriented The north pole and south poleMagnets coating: Nickel, Zn, Black Epoxy, AG, Au etc.Quantities: More mass order quantities. More Lower the prices. Original factory.GradeRemanenceCoercivity ForceIntrinsic Coercive ForceMax. Energy Productmaximum Operating Temp.BrHcbHcj£ ¨ BH £ © maxmTkGskA/mkOekA/mkOekJ/m3MGOeN271030-108010.3-10.8≥ 796≥ 10.0≥ 955≥ 12199-23125-2980 ° CN301080-113010.8-11.3≥ 796≥ 10.0≥ 955≥ 12223-24728-3180 ° CN331130-117011.3-11.7≥ 836≥ 10.5≥ 955≥ 12247-27131-3480 ° CN351170-122011.7-12.2≥ 868≥ 10.9≥ 955≥ 12263-28733-3680 ° CN381220-125012.2-12.5≥ 899≥ 11.3≥ 955≥ 12287-31036-3980 ° CN401250-128012.5-12.8≥ 907≥ 11.4≥ 955≥ 12302-32638-4180 ° CN421280-132012.8-13.2≥ 915≥ 11.5≥ 955≥ 12318-34240-4380 ° CN451320-138013.2-13.8≥ 923≥ 11.6≥ 955≥ 12342-36643-4680 ° CN481380-142013.8-14.2≥ 923≥ 11.6≥ 876≥ 12366-39046-4980 ° CN501400-145014.0-14.5≥ 796≥ 10.0≥ 876≥ 11382-40648-5160 ° CN521430-148014.3-14.8≥ 796≥ 10.0≥ 876≥ 11398-42250-5360 ° C30M1080-113010.8-11.3≥ 796≥ 10.0≥ 1114≥ 14223-24728-31100 ° C33M1130-117011.3-11.7≥ 836≥ 10.5≥ 1114≥ 14247-26331-33100 ° C35M1170-122011.7-12.2≥ 868≥ 10.9≥ 1114≥ 14263-28733-36100 ° C38M1220-125012.2-12.5≥ 899≥ 11.3≥ 1114≥ 14287-31036-39100 ° C40M1250-128012.5-12.8≥ 923≥ 11.6≥ 1114≥ 14302-32638-41100 ° C42M1280-132012.8-13.2≥ 955≥ 12.0≥ 1114≥ 14318-34240-43100 ° C45M1320-138013.2-13.8≥ 995≥ 12.5≥ 1114≥ 14342-36643-46100 ° C48M1360-143013.6-14.3≥ 1027≥ 12.9≥ 1114≥ 14366-39046-49100 ° C50M1400-145014.0-14.5≥ 1033≥ 13.0≥ 1114≥ 14382-40648-51100 ° C30H1080-113010.8-11.3≥ 796≥ 10.0≥ 1353≥ 17223-24728-31120 ° C33H1130-117011.3-11.7≥ 836≥ 10.5≥ 1353≥ 17247-27131-34120 ° C35H1170-122011.7-12.2≥ 868≥ 10.9≥ 1353≥ 17263-28733-36120 ° C38H1220-125012.2-12.5≥ 899≥ 11.3≥ 1353≥ 17287-31036-39120 ° C40H1250-128012.5-12.8≥ 923≥ 11.6≥ 1353≥ 17302-32638-41120 ° C42H1280-132012.8-13.2≥ 955≥ 12.0≥ 1353≥ 17318-34240-43120 ° C45H1300-136013-13.6≥ 963≥ 12.1≥ 1353≥ 17326-35843-46120 ° C48H1370-143013.7-14.3≥ 995≥ 12.5≥ 1353≥ 17366-39046-49120 ° C30SH1080-113010.8-11.3≥ 804≥ 10.1≥ 1592≥ 20223-24728-31150 ° C33SH1130-117011.3-11.7≥ 844≥ 10.6≥ 1592≥ 20247-27131-34150 ° C35SH1170-122011.7-12.2≥ 876≥ 11.0≥ 1592≥ 20263-28733-36150 ° C38SH1220-125012.2-12.5≥ 907≥ 11.4≥ 1592≥ 20287-31036-39150 ° C40SH1240-128012.5-12.8≥ 939≥ 11.8≥ 1592≥ 20302-32638-41150 ° C42SH1280-132012.8-13.2≥ 987≥ 12.4≥ 1592≥ 20318-34240-43150 ° C45SH1320-138013.2-13.8≥ 1003≥ 12.6≥ 1592≥ 20342-36643-46150 ° C28UH1020-108010.2-10.8≥ 764≥ 9.6≥ 1990≥ 25207-23126-29180 ° C30UH1080-113010.8-11.3≥ 812≥ 10.2≥ 1990≥ 25223-24728-31180 ° C33UH1130-117011.3-11.7≥ 852≥ 10.7≥ 1990≥ 25247-27131-34180 ° C35UH1180-122011.8-12.2≥ 860≥ 10.8≥ 1990≥ 25263-28733-36180 ° C38UH1220-125012.2-12.5≥ 876≥ 11.0≥ 1990≥ 25287-31036-39180 ° C40UH1240-128012.5-12.8≥ 899≥ 11.3≥ 1990≥ 25302-32638-41180 ° C28EH1040-109010.4-10.9≥ 780≥ 9.8≥ 2388≥ 30207-23126-29200 ° C30EH1080-113010.8-11.3≥ 812≥ 10.2≥ 2388≥ 30223-24728-31200 ° C33EH1130-117011.3-11.7≥ 836≥ 10.5≥ 2388≥ 30247-27131-34200 ° C35EH1170-122011.7-12.2≥ 876≥ 11.0≥ 2388≥ 30263-28733-36200 ° C38EH1220-125012.2-12.5≥ 899≥ 11.3≥ 2388≥ 30287-31036-39200 ° C
