Electric Motor Magnets

Rare Earth Electric Motor Magnets , Arc Ring Magnet for DC Motors,Segment magnets Quick Detail: 1. Comparatively high magnetic properties 2. Radial-orientated Magnetization 3. Cast surface or shiny surface Applications: DC Stepper Motors AC Motors Servo Motors Specifications: Physical Properties of Cast Alnico Curie Temperature (℃) 760-890 Max. Operating Temperature (℃) 450-550 Resistivity (μohm.cm) 47-54 Hardness (Hv) 520-630 Density (g/cm³) 6.90-7.30 Relative Recoil

Cast Alnico Ring Electric Spindle And Stepper Motor Magnets Quick Detail: 1. Comparatively high magnetic properties 2. Radial-orientated Magnetization 3. Cast surface or shiny surface Applications: DC Stepper Motors AC Motors Servo Motors Specifications: Physical Properties of Cast Alnico Curie Temperature (℃) 760-890 Max. Operating Temperature (℃) 450-550 Resistivity (μohm.cm) 47-54 Hardness (Hv) 520-630 Density (g/cm³) 6.90-7.30 Relative Recoil Permeability (μrec) 1.70-4.70

Alnico Ring Electric Motor Magnets , Arc Ring Magnet for DC Motors Quick Detail: 1. Comparatively high magnetic properties 2. Radial-orientated Magnetization 3. Cast surface or shiny surface Applications: DC Stepper Motors AC Motors Servo Motors Specifications: Physical Properties of Cast Alnico Curie Temperature (℃) 760-890 Max. Operating Temperature (℃) 450-550 Resistivity (μohm.cm) 47-54 Hardness (Hv) 520-630 Density (g/cm) 6.90-7.30 Relative Recoil Permeability (μrec) 1

Magneti Used In High Performance Motors, Magnetic Couplings Quick Detail: Comparatively high magnetic properties High-power synchronous motors and generators High perfomance permanent magnetic motors Easy Maintenance, Light Weight, Small Size Reliable use, Less copper and low power Applications: DC Motors AC Motors Servo Motors Specifications: Neodymium Magnets (Neodymium Iron Boron Magnets), also known as NdFeB or Neo magnets, are the most widely-used type of rare earth

Customized Rare Earth Samarium Cobalt Magnet Used In Electric Motor Quick Detail: 1. Density - 8.3 g/ cm3 (SmCo5), 8.4 g/ cm3 (Sm2Co17) 2. Manufacturing process - sintering 3. High magnetic performance - up to about 32MGOe. Specifications: Physical Properties of SmCo Magnet Material Sm1Co5 Sm2Co17 Curie Temperature (℃) 700-750 800-850 Max. Operating Temperature (℃) 250 350 Hardness (Hv) 450-500 500-600 Density (g/cm³) 8.2-8.4 8.3-8.5 Temperature Coefficient of Br (%/℃) -0.05

SmCo Sintering Samarium Cobalt Magnet Electric Motor Magnets Quick Detail: 1. Density - 8.3 g/ cm3 (SmCo5), 8.4 g/ cm3 (Sm2Co17) 2. Manufacturing process - sintering 3. High magnetic performance - up to about 32MGOe. Specifications: Physical Properties of SmCo Magnet Material Sm1Co5 Sm2Co17 Curie Temperature (℃) 700-750 800-850 Max. Operating Temperature (℃) 250 350 Hardness (Hv) 450-500 500-600 Density (g/cm³) 8.2-8.4 8.3-8.5 Temperature Coefficient of Br (%/℃) -0.05 -0.03

Radial-orientated DC Electric Motor Magnets With Shiny Surface rotor magnets and segments Quick Detail: 1. Comparatively high magnetic properties 2. Radial-orientated Magnetization 3. Cast surface or shiny surface Applications: DC Stepper Motors AC Motors Servo Motors Starting Motors Specifications: Physical Properties of Cast Alnico Curie Temperature (℃) 760-890 Max. Operating Temperature (℃) 450-550 Resistivity (μohm.cm) 47-54 Hardness (Hv) 520-630 Density (g/cm³) 6.90-7.30

Alnico Ring Electric Motor Magnets , Arc Ring Magnet for DC Motors Quick Detail: 1. Comparatively high magnetic properties 2. Radial-orientated Magnetization 3. Cast surface or shiny surface Applications: DC Stepper Motors AC Motors Servo Motors Specifications: Physical Properties of Cast Alnico Curie Temperature (℃) 760-890 Max. Operating Temperature (℃) 450-550 Resistivity (μohm.cm) 47-54 Hardness (Hv) 520-630 Density (g/cm³) 6.90-7.30 Relative Recoil Permeability (μrec) 1

Permanent Electric Motor Magnets , Neodymium Iron Boron Magnets Quick Detail: Comparatively high magnetic properties High-power synchronous motors and generators High perfomance permanent magnetic motors Easy Maintenance, Light Weight, Small Size Reliable use, Less copper and low power Applications: DC Motors AC Motors Servo Motors Specifications: Neodymium Magnets (Neodymium Iron Boron Magnets), also known as NdFeB or Neo magnets, are the most widely-used type of rare earth

High Magnetic Arc Electric Motor Magnets , Permanent Magnet,N35SH,N40SH,working temp.150 Quick Detail: Comparatively high magnetic properties High-power synchronous motors and generators High perfomance permanent magnetic motors Easy Maintenance, Light Weight, Small Size Reliable use, Less copper and low power Applications: DC Motors AC Motors Servo Motors Specifications: Neodymium Magnets (Neodymium Iron Boron Magnets), also known as NdFeB or Neo magnets, are the most widely

Neodymium Block Electric Motor Magnets , Segment Magnet for Generators Quick Detail: Comparatively high magnetic properties High-power synchronous motors and generators High perfomance permanent magnetic motors Easy Maintenance, Light Weight, Small Size Reliable use, Less copper and low power Applications: DC Motors AC Motors Servo Motors Specifications: Neodymium Magnets (Neodymium Iron Boron Magnets), also known as NdFeB or Neo magnets, are the most widely-used type of rare

Ferrite Block Electric Motor Magnets , Arc Segment Magnet Quick Detail: Comparatively high magnetic properties High-power synchronous motors and generators High perfomance permanent magnetic motors Easy Maintenance, Light Weight, Small Size Reliable use, Less copper and low power Applications: DC Motors MRI Generators Specifications: Ferrite Magnets (Ceramic magnet) is one of the most cost effective magnetic materials. Composed of Barium or Strontium Ferrite, these materials

Cast Alnico Ring Electric Motor Magnets , Arc Magnet Ring Magnet Quick Detail: 1. Comparatively high magnetic properties 2. Radial-orientated Magnetization 3. Cast surface or shiny surface Applications: DC Stepper Motors AC Motors Servo Motors Specifications: Physical Properties of Cast Alnico Curie Temperature (℃) 760-890 Max. Operating Temperature (℃) 450-550 Resistivity (μohm.cm) 47-54 Hardness (Hv) 520-630 Density (g/cm) 6.90-7.30 Relative Recoil Permeability (μrec) 1.70