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Ring super strong motor sensor pure permanent magnet Custom.
ST Magnetic

Reliable supplier and exporter of Neodymium Magnet

HOME / PRODUCTS / Pure permanent magnet / Ring super strong motor sensor pure permanent magnet

+86-15658879560     +86-0571-82856978

  • Ring super strong motor sensor pure permanent magnet
  • Ring super strong motor sensor pure permanent magnet

Ring super strong motor sensor pure permanent magnet

Pure permanent magnet

Ring Super Strong Motor Sensor Pure Permanent Magnet is an innovative product that combines high performance and durability. It uses top-level pure permanent magnet technology to provide stable and powerful power output for the motor. This sensor is precisely designed to accurately sense and control the operating status of the motor, ensuring that every operation is accurate and correct.

Phone: +86 15658879560

Tel: +86-0571-82856978

Fax: +86-0571-82856977

E-mail:  [email protected]

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  • Specifications
  • Do You Have Any Question?
  • Grade Remanence Induction Coercivity Intrinsic Coercivity  ๋Maximum Energy
    product    		 Working
    Temperature    		 Density
    Br HcB HcJ (BH)max Tw ρ
    T KGs KA/m KOe KA/m KOe KJ/m³ MGOe ℃ g/cm3
    General Process
    N38 1.23-1.30 12.3-13.0 ≥876 ≥11 ≥955 ≥12 287-318 36-40 ≤80 ≥7.5
    N40 1.26-1.32 12.6-13.2 ≥876 ≥11 ≥955 ≥12 302-334 38-42 ≤80 ≥7.5
    N42 1.29-1.35 12.9-13.5 ≥876 ≥11 ≥955 ≥12 318-350 40-44 ≤80 ≥7.5
    N45 1.32-1.38 13.2-13.8 ≥876 ≥11 ≥955 ≥12 334-366 42-46 ≤80 ≥7.5
    N48 1.37-1.43 13.7-14.3 ≥876 ≥11 ≥955 ≥12 358-390 45-49 ≤80 ≥7.5
    N50 1.40-1.45 14.0-14.5 ≥876 ≥11 ≥955 ≥12 374-406 47-51 ≤80 ≥7.5
    N52 1.42-1.48 14.2-14.8 ≥836 ≥10.5 ≥876 ≥11 390-422 49-53 ≤80 ≥7.5
    N55 1.46-1.51 14.6-15.1 ≥860 ≥10.8 ≥955 ≥12 406-438 51-55 ≤80 ≥7.5
    N38M 1.23-1.30 12.3-13.0 ≥915 ≥11.5 ≥1114 ≥14 287-318 36-40 ≤100 ≥7.5
    N40M 1.26-1.32 12.6-13.2 ≥939 ≥11.8 ≥1114 ≥14 302-334 38-42 ≤100 ≥7.5
    N42M 1.29-1.35 12.9-13.5 ≥963 ≥12.1 ≥1114 ≥14 318-350 40-44 ≤100 ≥7.5
    N45M 1.32-1.38 13.2-13.8 ≥987 ≥12.4 ≥1114 ≥14 334-366 42-46 ≤100 ≥7.5
    N48M 1.37-1.43 13.7-14.3 ≥1019 ≥12.8 ≥1114 ≥14 358-390 45-49 ≤100 ≥7.5
    N50M 1.40-1.45 14.0-14.5 ≥1043 ≥13.1 ≥1114 ≥14 374-406 47-51 ≤100 ≥7.5
    N52M 1.42-1.48 14.2-14.8 ≥1059 ≥13.3 ≥1114 ≥14 390-422 49-53 ≤100 ≥7.5
    N54M 1.46-1.51 14.6-15.1 ≥995 ≥12.5 ≥1035 ≥13 406-438 51-55 ≤100 ≥7.5
    N35H 1.17-1.24 11.7-12.4 ≥876 ≥11.0 ≥1353 ≥17 263-295 33-37 ≤120 ≥7.5
    N38H 1.23-1.30 12.3-13.0 ≥915 ≥11.5 ≥1353 ≥17 286-318 36-40 ≤120 ≥7.5
    N40H 1.26-1.32 12.6-13.2 ≥939 ≥11.8 ≥1353 ≥17 302-334 38-42 ≤120 ≥7.5
    N42H 1.29-1.35 12.9-13.5 ≥963 ≥12.1 ≥1353 ≥17 318-350 40-44 ≤120 ≥7.5
    N45H 1.32-1.38 13.2-13.8 ≥987 ≥12.4 ≥1353 ≥17 334-366 42-46 ≤120 ≥7.5
    N48H 1.37-1.43 13.7-14.3 ≥1011 ≥12.7 ≥1353 ≥17 358-390 45-49 ≤120 ≥7.5
    N50H 1.40-1.45 14.0-14.5 ≥1027 ≥12.9 ≥1353 ≥17 374-406 47-51 ≤120 ≥7.5
    N52H 1.42-1.48 14.2-14.8 ≥1059 ≥13.3 ≥1353 ≥17 390-422 49-53 ≤120 ≥7.5
    N33SH 1.14-1.21 11.4-12.1 ≥852 ≥10.7 ≥1592 ≥20 247-279 31-35 ≤150 ≥7.5
    N35SH 1.17-1.24 11.7-12.4 ≥876 ≥11.0 ≥1592 ≥20 263-295 33-37 ≤150 ≥7.5
    N38SH 1.23-1.29 12.3-12.9 ≥915 ≥11.5 ≥1592 ≥20 287-318 36-40 ≤150 ≥7.5
    N40SH 1.26-1.32 12.6-13.2 ≥939 ≥11.8 ≥1592 ≥20 302-334 38-42 ≤150 ≥7.5
    N42SH 1.29-1.35 12.9-13.5 ≥963 ≥12.1 ≥1592 ≥20 318-350 40-44 ≤150 ≥7.5
    N45SH 1.32-1.38 13.2-13.8 ≥987 ≥12.4 ≥1592 ≥20 334-366 42-46 ≤150 ≥7.5
    to be conRnued

    Grade

    Remanence Induction

    Coercivity

    Intrinsic Coercivity 

    Maximum Energy product

    WorkingTemperature

    Density

    Br

    HcB

    		 HcJ

    (BH)max

    Tw

    ρ

    Grade

    T

    KGs

    KA/m

    KOe

    KA/m

    KOe

    KJ/m³

    MGOe

    ℃

    		 g/cm3
    N48SH 1.37-1.43 13.7-14.3 ≥1011 ≥12.7 ≥1592 ≥20 358-390 45-49 ≤150 ≥7.5
    N50SH 1.40-1.45 14.0-14.5 ≥1027 ≥12.9 ≥1592 ≥20 374-406 47-51 ≤150 ≥7.5
    N52SH 1.42-1.48 14.2-14.8 ≥1035 ≥13 ≥1512 ≥19 390-422 49-53 ≤150 ≥7.5
    N30UH 1.08-1.13 10.8-11.3 ≥796 ≥10.0 ≥1990 ≥25 223-255 28-31 ≤180 ≥7.5
    N33UH 1.14-1.18 11.4-11.8 ≥852 ≥10.5 ≥1990 ≥25 247-279 31-35 ≤180 ≥7.5
    N35UH 1.17-1.24 11.7-12.4 ≥876 ≥11.0 ≥1990 ≥25 263-295 33-37 ≤180 ≥7.5
    N38UH 1.23-1.29 12.3-12.9 ≥915 ≥11.5 ≥1990 ≥25 287-318 36-40 ≤180 ≥7.5
    N40UH 1.26-1.32 12.6-13.2 ≥939 ≥11.8 ≥1990 ≥25 302-334 38-42 ≤180 ≥7.5
    N42UH 1.28-1.35 12.8-13.5 ≥963 ≥12.1 ≥1990 ≥25 310-350 39-44 ≤180 ≥7.5
    N45UH 1.32-1.38 13.2-13.8 ≥987 ≥12.4 ≥1990 ≥25 334-366 42-46 ≤180 ≥7.5
    N48UH 1.37-1.42 13.7-14.2 ≥1019 ≥12.8 ≥1910 ≥24 358-390 45-49 ≤180 ≥7.5
    N30EH 1.08-1.15 10.8-11.5 ≥812 ≥10.2 ≥2388 ≥30 223-255 28-32 ≤200 ≥7.5
    N33EH 1.14-1.21 11.4-12.1 ≥851 ≥10.7 ≥2388 ≥30 247-279 31-35 ≤200 ≥7.5
    N35EH 1.17-1.24 11.7-12.4 ≥876 ≥11.0 ≥2388 ≥30 263-295 33-37 ≤200 ≥7.5
    N38EH 1.23-1.29 12.3-12.9 ≥915 ≥11.5 ≥2388 ≥30 287-318 36-40 ≤200 ≥7.5
    N40EH 1.26-1.32 12.6-13.2 ≥939 ≥11.8 ≥2388 ≥30 302-334 38-42 ≤200 ≥7.5
    N42EH 1.28-1.35 12.8-13.5 ≥963 ≥12.1 ≥2388 ≥30 310-350 39-44 ≤200 ≥7.5
    N45EH 1.33-1.38 13.3-13.8 ≥995 ≥12.5 ≥2308 ≥29 334-366 42-46 ≤200 ≥7.5
    N28AH 1.04-1.12 10.4-11.2 ≥772 ≥9.7 ≥2786 ≥35 207-239 26-30 ≤230 ≥7.5
    N30AH 1.08-1.15 10.8-11.5 ≥812 ≥10.2 ≥2786 ≥35 223-255 28-32 ≤230 ≥7.5
    N33AH 1.14-1.21 11.4-12.1 ≥852 ≥10.7 ≥2786 ≥35 247-279 31-35 ≤230 ≥7.5
    N35AH 1.17-1.24 11.7-12.4 ≥876 ≥11.0 ≥2786 ≥35 263-295 33-37 ≤230 ≥7.5
    N38AH 1.23-1.27 12.3-12.7 ≥923 ≥11.6 ≥2786 ≥35 287-318 36-40 ≤230 ≥7.5
    N40AH 1.26-1.31 12.6-13.1 ≥939 ≥11.8 ≥2628 ≥33 302-334 38-42 ≤230 ≥7.5
    N42AH 1.29-1.35 12.9-13.5 ≥955 ≥12.0 ≥2628 ≥33 318-350 40-44 ≤230 ≥7.5
    to be conRnued
    Grade Remanence Induction Coercivity Intrinsic Coercivity  ๋Maximum Energy
    product    		 Working
    Temperature    		 Density
    Br HcB HcJ (BH)max Tw ρ
    T KGs KA/m KOe KA/m KOe KJ/m³ MGOe ℃ g/cm3
    Diffusion Process
    G48SH 1.37-1.42 13.7-14.2 ≥1011 ≥13 ≥1592 ≥20 358-390 45-49 ≤150 ≥7.5
    G50SH 1.40-1.45 14.0-14.5 ≥1027 ≥13.2 ≥1592 ≥20 374-406 47-51 ≤150 ≥7.5
    G52SH 1.42-1.48 14.2-14.8 ≥1067 ≥13.4 ≥1592 ≥20 390-422 49-53 ≤150 ≥7.5
    G55SH 1.46-1.51 14.6-15.1 ≥1083 ≥13.6 ≥1592 ≥20 406-438 51-55 ≤150 ≥7.5
    G45UH 1.33-1.38 13.3-13.8 ≥978 ≥12.4 ≥1990 ≥25 334-366 42-46 ≤180 ≥7.5
    G48UH 1.37-1.42 13.7-14.2 ≥1027 ≥12.9 ≥1990 ≥25 358-390 45-49 ≤180 ≥7.5
    G50UH 1.40-1.45 14.0-14.5 ≥1051 ≥13.2 ≥1990 ≥25 374-406 47-51 ≤180 ≥7.5
    G52UH 1.42-1.48 14.2-14.8 ≥1067 ≥13.4 ≥1990 ≥25 390-422 49-53 ≤180 ≥7.5
    G54UH 1.46-1.51 14.6-15.1 ≥1075 ≥13.5 ≥1990 ≥25 406-438 51-55 ≤180 ≥7.5
    G40EH 1.26-1.31 12.6-13.1 ≥955 ≥12.0 ≥2388 ≥30 302-334 38-42 ≤200 ≥7.5
    G44EH 1.29-1.35 12.9-13.5 ≥971 ≥12.2 ≥2388 ≥30 318-350 40-44 ≤200 ≥7.5
    G46EH 1.33-1.38 13.3-13.8 ≥1011 ≥12.7 ≥2388 ≥30 334-366 42-46 ≤200 ≥7.5
    G48EH 1.37-1.42 13.7-14.2 ≥1027 ≥12.9 ≥2388 ≥30 358-390 45-49 ≤200 ≥7.5
    G50EH 1.40-1.45 14.0-14.5 ≥1051 ≥13.2 ≥2308 ≥29 374-406 47-51 ≤200 ≥7.5

    Product description

    Type: Ring Super Strong Motor Sensor Pure Permanent Magnet

    Material: Mainly made of high-performance pure permanent magnets (such as NdFeB), which may include Ni, Zn, Cr, Gold, Silver and other coating options to enhance durability and corrosion resistance.
    Shape: Ring design, suitable for a variety of motor structures and installation requirements.
    Magnetic field strength: High magnetic field strength, the specific value may vary according to the product model and specifications, but usually belongs to the N35-N52 grade range.
    Operating temperature: Widely adaptable, usually can work stably in the temperature range of 80-200℃.
    Certification: Comply with international quality management system standards such as ISO-9001 to ensure reliable product quality.
    Customization: Support customization according to customer needs, including adjustments in size, coating, magnetic field strength, etc.

    Application scope and scenarios/fields
    Motor control:
    Widely used in various types of motors, as a key sensor component, used to accurately sense the motor operating status, such as speed, position, etc., to achieve precise control.
    Especially suitable for high-performance motors, such as electric vehicle drive motors, industrial robot joint motors, etc., to provide stable and reliable power support.
    Industrial Automation:
    In automated production lines, it is used as a sensor element to monitor and control the motion state of various mechanical parts to ensure the stability and efficiency of the production process.
    Applicable to automated assembly lines, material handling systems, robotic arms and other fields.
    New Energy Field:
    In new energy fields such as wind power generation and solar power generation, it is used as a key component of generators or drive motors to provide efficient and stable magnetic field support and improve energy conversion efficiency.
    Aerospace:
    Due to its high reliability and stability, it is also used in the aerospace field, such as satellite attitude control systems, aircraft engine control systems, etc.
    Medical Equipment:
    In high-end medical equipment, such as magnetic resonance imaging (MRI) equipment, medical robots, etc., it is used as a key sensor element to ensure the precise operation of the equipment and patient safety.

Manufactory

As well known Ring super strong motor sensor pure permanent magnet Suppliers and Ring super strong motor sensor pure permanent magnet exporter in China, ST Magnet Co., Ltd provides a solid guarantee and foundation for the excellent quality of the NdFeB magnets.

  • Factory Exterior
  • Office Area
  • Rough warehouse
  • General manager
  • Sintering furnace
  • Sintering furnace
Honor

The Honor
We Have Received.

Based on the development concept of "based on domestic and facing the world", the company keeps pace with the times, and is willing to join hands with domestic and foreign customers to develop together and create a better future.

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