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Epoxy Coating Sintered NdFeB Magnets N58 N48 Permanent Magnet

    Buy cheap Epoxy Coating Sintered NdFeB Magnets N58 N48 Permanent Magnet from wholesalers
     
    Buy cheap Epoxy Coating Sintered NdFeB Magnets N58 N48 Permanent Magnet from wholesalers
    • Buy cheap Epoxy Coating Sintered NdFeB Magnets N58 N48 Permanent Magnet from wholesalers
    • Buy cheap Epoxy Coating Sintered NdFeB Magnets N58 N48 Permanent Magnet from wholesalers
    • Buy cheap Epoxy Coating Sintered NdFeB Magnets N58 N48 Permanent Magnet from wholesalers
    • Buy cheap Epoxy Coating Sintered NdFeB Magnets N58 N48 Permanent Magnet from wholesalers
    • Buy cheap Epoxy Coating Sintered NdFeB Magnets N58 N48 Permanent Magnet from wholesalers

    Epoxy Coating Sintered NdFeB Magnets N58 N48 Permanent Magnet

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    Brand Name : MGT
    Model Number : MGT-Sintered NdFeB Magnet
    Certification : ISO9001:2015
    Price : USD 0.01-20 /PC
    Payment Terms : T/T
    Supply Ability : 10 Million per day
    Delivery Time : 15-25 days
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    Epoxy Coating Sintered NdFeB Magnets N58 N48 Permanent Magnet

    10.4×1.9×0.8 Permanent Magnetic Material Sintered NdFeB Magnets


    Quick Facts approximately Neodymium Magnets


    Required saturation magnetization field: ≥ 33 kOe.


    Manufacturing methods - sintering (maximum common), injection molding, laminating, or calendering.


    Available shapes blocks, rods, discs, rings, arc segments, etc.


    Available grades: Current the highest grade N58


    Machining: Neodymium magnets should be grinded by diamond wheels. Compare to other magnetic material, such as AlNiCo, SmCo, NdFeB magnets are relativer easier to machine. With advanced technology, we can machining mirco with size 0.1mm and can processing the magnets with strange shape.


    Magnetic Process


    Magnetic Parameters


    QINGDAO MAGNET MAGNETIC MATERIAL CO.,LTD.
    Sintered NdFeB Magnet
    Performance Parameter
    GradeBr(20℃)CoercivityBH(max)(20℃)Temperature CoefficientDensityMax.Working Temp.
    BrHcjHcbBH(max)
    MGOe
    T1-T2TK(Br)
    Reference
    TK(Hcj)
    Reference
    ρ
    Reference
    Tmax
    Reference
    TKGskA/mkOekA/mkOekJ/m³MGOe%/℃%/℃g/cm³
    N351.18-1.2411.8-12.4≥955≥12≥860≥10.8263-29533-3720-80-0.105-0.757.4580176
    N381.23-1.2812.3-12.8≥955≥12≥899≥11.3287-31036-397.4580176
    N401.26-1.3112.6-13.1≥955≥12≥915≥11.5302-32638-417.4580176
    N421.29-1.3412.9-13.4≥955≥12≥915≥11.5318-35040-447.5080176
    N451.33-1.3813.3-13.8≥955≥12≥915≥11.5342-36643-467.5080176
    N481.37-1.4113.7-14.1≥955≥12≥915≥11.5358-38245-487.5580176
    N501.39-1.4313.9-14.3≥955≥12≥915≥11.5374-39847-507.5580176
    N521.42-1.4714.2-14.7≥955≥12≥915≥11.5390-41449-527.6080176
    N541.45-1.5014.5-14.0≥876≥11≥836≥10.5406-43051-547.6080176
    35M1.18-1.2411.8-12.4≥1114≥14≥868≥10.9263-29533-3720-100-0.105-0.707.45100212
    38M1.23-1.2812.3-12.8≥1114≥14≥907≥11.4287-31036-397.45100212
    40M1.26-1.3112.6-13.1≥1114≥14≥931≥11.7302-32638-417.50100212
    42M1.29-1.3412.9-13.4≥1114≥14≥955≥12.0318-35040-447.50100212
    45M1.33-1.3813.3-13.8≥1114≥14≥987≥12.4342-36643-467.55100212
    48M1.37-1.4113.7-14.1≥1114≥14≥1019≥12.8358-38245-487.55100212
    50M1.39-1.4313.9-14.3≥1114≥14≥1035≥13.0374-39847-507.60100212
    52M1.42-1.4714.2-14.7≥1114≥14≥1059≥13.3390-41449-527.60100212
    54M*1.45-1.5014.5-14.0≥1114≥14≥1075≥13.5406-43051-547.60100212
    35H1.18-1.2411.8-12.4≥1353≥17≥876≥11.0263-29533-3720-120-0.105-0.607.45120248
    38H1.23-1.2812.3-12.8≥1353≥17≥915≥11.5287-31036-397.45120248
    40H1.26-1.3112.6-13.1≥1353≥17≥939≥11.8302-32638-417.50120248
    42H1.29-1.3412.9-13.4≥1353≥17≥963≥12.1318-35040-447.50120248
    45H1.33-1.3813.3-13.8≥1353≥17≥995≥12.5342-36643-467.55120248
    48H1.37-1.4113.7-14.1≥1274≥16≥1027≥12.9358-38245-487.55120248
    50H1.39-1.4313.9-14.3≥1274≥16≥1043≥13.1374-39847-507.60120248
    52H*1.42-1.4714.2-14.7≥1274≥16≥1067≥13.4390-41449-527.60120248
    35SH1.18-1.2411.8-12.4≥1592≥20≥884≥11.1263-29533-3720-150-0.105-0.557.50150302
    38SH1.23-1.2812.3-12.8≥1592≥20≥923≥11.6287-31036-397.50150302
    40SH1.26-1.3112.6-13.1≥1592≥20≥947≥11.9302-32638-417.55150302
    42SH1.29-1.3412.9-13.4≥1592≥20≥971≥12.0318-35040-447.55150302
    45SH1.33-1.3813.3-13.8≥1592≥20≥1003≥12.6342-36643-467.60150302
    48SH1.37-1.4113.7-14.1≥1592≥20≥1035≥13.0358-38245-487.60150302
    50SH1.39-1.4313.9-14.3≥1592≥20≥1051≥13.2374-39847-507.60150302
    52SH*1.42-1.4714.2-14.7≥1592≥20≥1075≥13.3390-41449-527.60150302
    30UH1.08-1.1510.8-11.5≥1990≥25≥812≥10.2223-25528-3220-180-0.115-0.457.55180356
    33UH1.14-1.1911.4-11.9≥1990≥25≥860≥10.8247-27131-347.55180356
    35UH1.18-1.2411.8-12.4≥1990≥25≥892≥11.2263-29533-377.55180356
    38UH1.23-1.2812.3-12.8≥1990≥25≥931≥11.7287-31036-397.60180356
    40UH1.26-1.3112.6-13.1≥1990≥25≥955≥12.0302-32638-417.60180356
    42UH1.29-1.3412.9-13.4≥1990≥25≥979≥12.3318-35040-447.60180356
    45UH1.33-1.3813.3-13.8≥1990≥25≥1011≥12.7342-36643-467.60180356
    48UH*1.36-1.4013.6-14.0≥1990≥25≥1035≥13.0358-38245-487.60180356
    50UH*1.38-1.4213.8-14.2≥1990≥25≥1051≥13.2374-39847-507.60180356
    30EH1.08-1.1510.8-11.5≥2388≥30≥820≥10.3223-25528-3220-200-0.115-0.457.55200392
    33EH1.14-1.1911.4-11.9≥2388≥30≥868≥10.9247-27131-347.55200392
    35EH1.18-1.2411.8-12.4≥2388≥30≥899≥11.3263-29533-377.6200392
    38EH1.22-1.2612.2-12.6≥2388≥30≥931≥11.7287-31036-397.6200392
    40EH1.25-1.2912.6-13.1≥2388≥30≥955≥12.0302-32638-417.65200392
    42EH*1.28-1.3212.8-13.2≥2388≥30≥979≥12.3318-35040-447.65200392
    45EH*1.32-1.3713.2-13.7≥2388≥30≥1011≥12.7342-36643-467.65200392
    48EH*1.36-1.4013.6-14.0≥2388≥30≥1035≥13.0358-38245-487.65200392
    30TH1.08-1.1510.8-11.5≥2786≥35≥820≥10.3223-25528-3220-250-0.115-0.407.6250482
    33TH1.14-1.1911.4-11.9≥2786≥35≥868≥10.9247-27131-347.6250482
    35EH1.18-1.2411.8-12.4≥2786≥35≥899≥11.3263-29533-377.65250482
    38EH1.22-1.2612.2-12.6≥2786≥35≥931≥11.7287-31036-397.65250482
    40EH*1.25-1.2912.6-13.1≥2786≥35≥955≥12.0302-32638-417.65250482
    Note: Grades with *marked apply special processes.

    Surface treatment of NdFeB magnet material


    Painting, coating or plating of NdFeB is usually recommended, although certain grades have recently been manufactured which exhibit higher oxidation resistance.


    Plating NdFeB is a difficult process, and commercial plating companies unfamiliar with the specialized plating techniques required are unlikely to achieve plating with good adhesion on new magnets.


    Nickel, zinc or tin plating provides good corrosion resistance for NdFeB magnets, but these may require longer lead times or larger volumes. New magnets can also be plated using ion vacuum deposition (IVD) technology. The thickness of this special plating is very controllable and provides excellent adhesion to the material.


    NdFeB has also successfully developed a variety of organic coatings that exhibit good corrosion resistance. For particularly harsh environments, it is recommended to use a combination of coating techniques or to encapsulate the material in a hermetically sealed housing.


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