MS001, Neo Magnet, Sintered NdFeB Magnets, NdFeB Magnets

MS001, Neo Magnet

• Product Name:
  Neo Magnet
  
  
• Model Number:
  MS001
  
  
• Description:
  Sintered Neodymium-Iron-Boron magnets are kind of rare earth magnetic material developed recently in1980's, with magnetic properties far exceeding those of the Alnico and Ceramic/Ferrite types. They are alloys of elements, neodymium-iron-boron. The composition is Nd2Fe14B.
  Sintered NdFeB magnets are the most powerful permanent magnetic materials commercially available, possessing high energy ranging from 30 MGOe to 50MGOe and wonderful coercive force. As the third generation of Rare Earth permanent magnets, NdFeB magnets are less brittle than SmCo. Sintered NdFeB has been widely used in high performance stepper, DC, servo, and linear motors, actuators, loudspeakers, headphones, instrumentation, switches, relays, magnetic imaging for medical and geophysical applications, holding systems, magnetic bearings, magnetic couplings, hard disk drives, etc..
  Sintered Neodynium Magnet; Neodymium Iron Boron Magnet;
  
  

  Neodymium magnets are highly susceptible to corrosion. We offer a variety of coating and plating options to prevent corrosion and mechanical damage, such as Metallic Zinc, Nickel, Nickel+Nickel, Copper+Nickel, Nickel+Copper+Nickel, Gold, Organic Epoxy, Nickel+Epoxy coating.       Magnetic Properties of Sintered NdFeB Magnets Grade Remanence Coercivity Force Intrinsic Coercive Force Max. Energy Product maximum Operating Temp. Br Hcb Hcj ( BH ) max mT kGs kA/m kOe kA/m kOe kJ/m3 MGOe N27 1030-1080 10.3-10.8 >=796 >=10.0 >=955 >=12 199-231 25-29 80 Celsius degree N30 1080-1130 10.8-11.3 >=796 >=10.0 >=955 >=12 223-247 28-31 80 Celsius degree N33 1130-1170 11.3-11.7 >=836 >=10.5 >=955 >=12 247-271 31-34 80 Celsius degree N35 1170-1220 11.7-12.2 >=868 >=10.9 >=955 >=12 263-287 33-36 80 Celsius degree N38 1220-1250 12.2-12.5 >=899 >=11.3 >=955 >=12 287-310 36-39 80 Celsius degree N40 1250-1280 12.5-12.8 >=907 >=11.4 >=955 >=12 302-326 38-41 80 Celsius degree N42 1280-1320 12.8-13.2 >=915 >=11.5 >=955 >=12 318-342 40-43 80 Celsius degree N45 1320-1380 13.2-13.8 >=923 >=11.6 >=955 >=12 342-366 43-46 80 Celsius degree N48 1380-1420 13.8-14.2 >=923 >=11.6 >=876 >=12 366-390 46-49 80 Celsius degree N50 1400-1450 14.0-14.5 >=796 >=10.0 >=876 >=11 382-406 48-51 60 Celsius degree N52 1430-1480 14.3-14.8 >=796 >=10.0 >=876 >=11 398-422 50-53 60 Celsius degree 30M 1080-1130 10.8-11.3 >=796 >=10.0 >=1114 >=14 223-247 28-31 100 Celsius degree 33M 1130-1170 11.3-11.7 >=836 >=10.5 >=1114 >=14 247-263 31-33 100 Celsius degree 35M 1170-1220 11.7-12.2 >=868 >=10.9 >=1114 >=14 263-287 33-36 100 Celsius degree 38M 1220-1250 12.2-12.5 >=899 >=11.3 >=1114 >=14 287-310 36-39 100 Celsius degree 40M 1250-1280 12.5-12.8 >=923 >=11.6 >=1114 >=14 302-326 38-41 100 Celsius degree 42M 1280-1320 12.8-13.2 >=955 >=12.0 >=1114 >=14 318-342 40-43 100 Celsius degree 45M 1320-1380 13.2-13.8 >=995 >=12.5 >=1114 >=14 342-366 43-46 100 Celsius degree 48M 1360-1430 13.6-14.3 >=1027 >=12.9 >=1114 >=14 366-390 46-49 100 Celsius degree 50M 1400-1450 14.0-14.5 >=1033 >=13.0 >=1114 >=14 382-406 48-51 100 Celsius degree 30H 1080-1130 10.8-11.3 >=796 >=10.0 >=1353 >=17 223-247 28-31 120 Celsius degree 33H 1130-1170 11.3-11.7 >=836 >=10.5 >=1353 >=17 247-271 31-34 120 Celsius degree 35H 1170-1220 11.7-12.2 >=868 >=10.9 >=1353 >=17 263-287 33-36 120 Celsius degree 38H 1220-1250 12.2-12.5 >=899 >=11.3 >=1353 >=17 287-310 36-39 120 Celsius degree 40H 1250-1280 12.5-12.8 >=923 >=11.6 >=1353 >=17 302-326 38-41 120 Celsius degree 42H 1280-1320 12.8-13.2 >=955 >=12.0 >=1353 >=17 318-342 40-43 120 Celsius degree 45H 1300-1360 13-13.6 >=963 >=12.1 >=1353 >=17 326-358 43-46 120 Celsius degree 48H 1370-1430 13.7-14.3 >=995 >=12.5 >=1353 >=17 366-390 46-49 120 Celsius degree 30SH 1080-1130 10.8-11.3 >=804 >=10.1 >=1592 >=20 223-247 28-31 150 Celsius degree 33SH 1130-1170 11.3-11.7 >=844 >=10.6 >=1592 >=20 247-271 31-34 150 Celsius degree 35SH 1170-1220 11.7-12.2 >=876 >=11.0 >=1592 >=20 263-287 33-36 150 Celsius degree 38SH 1220-1250 12.2-12.5 >=907 >=11.4 >=1592 >=20 287-310 36-39 150 Celsius degree 40SH 1240-1280 12.5-12.8 >=939 >=11.8 >=1592 >=20 302-326 38-41 150 Celsius degree 42SH 1280-1320 12.8-13.2 >=987 >=12.4 >=1592 >=20 318-342 40-43 150 Celsius degree 45SH 1320-1380 13.2-13.8 >=1003 >=12.6 >=1592 >=20 342-366 43-46 150 Celsius degree 28UH 1020-1080 10.2-10.8 >=764 >=9.6 >=1990 >=25 207-231 26-29 180 Celsius degree 30UH 1080-1130 10.8-11.3 >=812 >=10.2 >=1990 >=25 223-247 28-31 180 Celsius degree 33UH 1130-1170 11.3-11.7 >=852 >=10.7 >=1990 >=25 247-271 31-34 180 Celsius degree 35UH 1180-1220 11.8-12.2 >=860 >=10.8 >=1990 >=25 263-287 33-36 180 Celsius degree 38UH 1220-1250 12.2-12.5 >=876 >=11.0 >=1990 >=25 287-310 36-39 180 Celsius degree 40UH 1240-1280 12.5-12.8 >=899 >=11.3 >=1990 >=25 302-326 38-41 180 Celsius degree 28EH 1040-1090 10.4-10.9 >=780 >=9.8 >=2388 >=30 207-231 26-29 200 Celsius degree 30EH 1080-1130 10.8-11.3 >=812 >=10.2 >=2388 >=30 223-247 28-31 200 Celsius degree 33EH 1130-1170 11.3-11.7 >=836 >=10.5 >=2388 >=30 247-271 31-34 200 Celsius degree 35EH 1170-1220 11.7-12.2 >=876 >=11.0 >=2388 >=30 263-287 33-36 200 Celsius degree 38EH 1220-1250 12.2-12.5 >=899 >=11.3 >=2388 >=30 287-310 36-39 200 Celsius degree

  Physical Properties of Sintered NdFeB Magnets Temp.Coeff.of Br -0.11%/ Celsius degree Temp.Coeff.of Hc -0.60%/ Celsius degree Density 7.3-7.5g/cm 3 Electrical Resistivity 114 μΩ ..cm Vickers Hardness 600Hv Flexural Resistivity 25kg/mm Tensile Strength 8.0Kg/mm2 Coeff. Of Thermal Expansion 4X10 -6 / Celsius degree Specific Heat 0.12Kcal/Kg Thermal Conductivity 7.7kcal/[m.h. Celsius degree ] Young's Modulus 1.6X10[11]N/m2 Rigidity 0.64N/m2 Poisson's Ratio 0.24 Compressibility 9.8x10-12m2/N Curie Temperature 310-340 Celsius degree

   

  
  
• More Photo:
  
  
  Learn more about products detailed description, pricing and service, Please send mail to us!