NdFeB Magnets

Classified as rare-earth permanent magnets built on Nd₂Fe₁₄B crystal structure, NdFeB delivers top-tier Br, Hcj and (BH)max among mainstream commercial magnets. Graded into N/M/H/SH/UH/EH/AH by intrinsic coercivity, high-grade types adopt Dy/Tb doping to improve anti-demagnetization performance via optimized raw material formula and sintering parameters. The product mainly falls into sintered and bonded subtypes: sintered NdFeB is manufactured via standard powder metallurgy routes for superior magnetism, while bonded grades mix magnet powder with resin for complex shaping at reduced magnetic properties. Available with Ni, Zn, epoxy or PTFE plating against inherent corrosion, temperature-classified NdFeB is extensively applied in new-energy motors, industrial servos, wind turbines and compact consumer electronics, with grades chosen per working temperature, demagnetization load and dimensional specs.

NdFeB Magnets

Products

Permanent Magnet

NdFeB Magnets SmCo Magnets Motor Magnets Alnico Magnets Ferrite Magnets Radial Magnets Rubber Magnets Promotional Magnets

Magnetic Separator

Self Cleaning Grate Magnets Magnetic Tube Magnetic Liquid Trap Magnetic Grid Drawer Magnet Rotary Grate Magnet Overband Magnetic Separator Magnetic Drum Magnetic Pulley Bullet Magnet Magnetic Plate Hump Magnet Chute Magnet Dry Magnetic Separator Eddy Current Separator Magnetic Coolant Separator Wet Magnetic Separator Electro Magnetic Separator

Magnetic Assembly

NdFeB Pot Magnets Magnetic Hooks Ferrite Pot Magnets Alnico Pot Magnets SmCo Pot Magnets Magnetic Memo Holder Custom Made Magnetic Assembly Magnet Rotor Magnetic Tool Cow Magnet Shuttering Magnets for Precast Concrete Industrial Magnetic Measurement Magnetic Chuck

NdFeB Magnets Specifications

Item	Parameters	Reference Value
Mechanical and physical properties	Density(g/cm3)	7.45～7.70
	Vickers Hardness(Hv)	650
	Electrical Resistivity(μΩ•m)	1.4
	Compressive Strength(MPa)	1050
	Tensile Strength(MPa)	80
	Bending Strength(MPa)	290
	Thermal Conductivity(W/(m•K))	6～8
	Young's Modulus(GPa)	160
	Coefficient of Thermal Expansion(C ⊥)	-1.5
	Coefficient of Thermal Expansion(C //)	6.5
Additional magnetic properties	Temp.Coeff.ofBr (α(Br))/(%/K)	-0.08～-0.12
	Temp.Coeff.of Hcj (β(Hcj))/(%/K)	-0.42～-0.70
	Curie Temperature (Tc)/(°C)	310～380
	Recoil Permeability (μrec)/(-)	1.05

NdFeB Magnetic Properties

Properties		Remanence				Coercive force				Intrinsic coercive force		Maximum energy product				Working temp
Unit		kGs		T		kOe		kA/m				MGOe		kJ/m3		Working temp
Unit		Nom.	Min.	Nom.	Min.	Nom.	Min.	Nom.	Min.			Nom.	Min.	Nom.	Min.
No	Grade	Nom.	Min.	Nom.	Min.	Nom.	Min.	Nom.	Min.	kOe	kA/m	Nom.	Min.	Nom.	Min.	℃
1	N30	11.2	10.8	1.12	1.08	10.5	10	836	796	≥12	≥955	30	28	239	223	≤80
2	N35	12	11.7	1.2	1.17	11.3	10.8	900	860	≥12	≥955	35	33	279	263	≤80
3	N38	12.6	12.2	1.26	1.22	11.5	11.3	915	900	≥12	≥955	38	36	303	287	≤80
4	N40	12.9	12.6	1.29	1.26	11.6	11.4	924	908	≥12	≥955	40	38	318	303	≤80
5	N42	13.1	12.9	1.31	1.29	11.8	11.5	939	915	≥12	≥955	42	40	342	326	≤80
6	N45	13.6	13.3	1.36	1.33	12	11.6	955	924	≥12	≥955	45	43	358	342	≤80
7	N48	14	13.8	1.4	1.38	10.8	10.2	860	810	≥11	≥875	48	46	383	367	≤80
8	N50	14.3	14.1	1.43	1.41	10.8	10	860	794	≥11	≥875	50	48	398	383	≤80
9	N52	14.5	14.2	1.45	1.42	10.8	10	860	794	≥11	≥875	52	50	414	398	≤60
10	N54	15.1	14.5	1.51	1.45	10.5	10	836	794	≥11	≥875	54	51	429	406	≤60
11	N55	15.4	14.7	1.54	1.47	10.5	10	836	794	≥11	≥875	55	52	438	414	≤60
12	N30M	11.2	10.8	1.12	1.08	10.5	10	836	794	≥14	≥1114	30	28	239	223	≤100
13	N35M	12	11.7	1.2	1.17	11.3	10.9	900	868	≥14	≥1114	35	33	279	263	≤100
14	N38M	12.6	12.2	1.26	1.22	11.8	11.3	939	900	≥14	≥1114	38	36	303	287	≤100
15	N40M	12.9	12.6	1.29	1.26	12	11.6	955	924	≥14	≥1114	40	38	318	303	≤100
16	N42M	13.2	12.9	1.32	1.29	12.4	12	987	955	≥14	≥1114	42	40	342	326	≤100
17	N45M	13.5	13.3	1.35	1.33	12.6	12.2	1003	971	≥14	≥1114	45	43	358	342	≤100
18	N48M	14	13.8	1.4	1.38	13.3	12.9	1059	1027	≥14	≥1114	48	46	383	367	≤100
19	N50M	14.3	14	1.43	1.4	13.5	13.1	1074	1042	≥14	≥1114	50	48	398	383	≤100
20	N52M	14.5	14.2	1.45	1.42	13.6	13.2	1082	1050	≥14	≥1114	52	50	414	398	≤80
21	N30H	11.2	10.8	1.12	1.08	10.5	10	836	794	≥17	≥1353	30	28	239	223	≤120
22	N33H	11.7	11.4	1.17	1.14	11	10.5	876	836	≥17	≥1353	33	31	263	247	≤120
23	N35H	12	11.7	1.2	1.17	11.3	10.9	900	868	≥17	≥1353	35	33	279	263	≤120
24	N38H	12.6	12.2	1.26	1.22	11.8	11.3	939	900	≥17	≥1353	38	36	303	287	≤120
25	N40H	12.8	12.6	1.28	1.26	12	11.6	955	924	≥17	≥1353	40	38	318	303	≤120
26	N42H	13	12.8	1.3	1.28	12.4	12	987	955	≥17	≥1353	42	40	342	326	≤120
27	N45H	13.5	13.3	1.35	1.33	12.6	12.2	1003	971	≥17	≥1353	45	43	358	342	≤120
28	N48H	14	13.8	1.4	1.38	13.3	12.9	1059	1027	≥17	≥1353	48	46	383	367	≤120
29	N50H	14.3	14	1.43	1.4	13.5	13.1	1074	1042	≥17	≥1353	50	48	398	383	≤120
30	N52H	14.5	14.2	1.45	1.42	13.6	13.2	1082	1050	≥17	≥1353	52	50	414	398	≤100
31	N30SH	11.2	10.8	1.12	1.08	10.5	10.1	836	804	≥20	≥1595	30	28	239	223	≤150
32	N33SH	11.7	11.4	1.17	1.14	11	10.6	876	844	≥20	≥1595	33	31	263	247	≤150
33	N35SH	12	11.7	1.2	1.17	11.3	11	900	876	≥20	≥1595	35	33	279	263	≤150
34	N37SH	12.3	12	1.23	1.2	11.5	11.3	915	900	≥20	≥1595	37	35	295	279	≤150
35	N38SH	12.5	12.2	1.25	1.22	11.8	11.4	939	908	≥20	≥1595	38	36	303	287	≤150
36	N40SH	12.7	12.5	1.27	1.25	12.1	11.8	963	939	≥20	≥1595	40	38	318	303	≤150
37	N42SH	13	12.8	1.3	1.28	12.4	12	987	955	≥20	≥1595	42	40	342	326	≤150
38	N45SH	13.5	13.3	1.35	1.33	12.6	12.2	1003	971	≥20	≥1595	45	43	358	342	≤150
39	N48SH	14	13.8	1.4	1.38	13.3	12.9	1059	1027	≥20	≥1595	48	46	383	367	≤130
40	N50SH	14.2	14	1.42	1.4	13.5	13.1	1074	1042	≥20	≥1595	50	48	398	383	≤130
41	N25UH	10	9.6	1	0.96	9.6	9.2	764	732	≥25	≥1990	25	22	199	175	≤180
42	N28UH	10.8	10.4	1.08	1.04	10.2	9.8	812	780	≥25	≥1990	28	26	223	207	≤180
43	N30UH	11.2	10.8	1.12	1.08	10.6	10.1	844	804	≥25	≥1990	30	28	239	223	≤180
44	N33UH	11.5	11.3	1.15	1.13	11	10.6	876	844	≥25	≥1990	33	31	263	247	≤180
45	N35UH	11.9	11.7	1.19	1.17	11.3	11	900	876	≥25	≥1990	35	33	279	263	≤180
46	N38UH	12.5	12.2	1.25	1.22	11.8	11.4	939	908	≥25	≥1990	38	36	303	287	≤180
47	N40UH	12.7	12.5	1.27	1.25	12.2	11.8	971	939	≥25	≥1990	40	38	318	303	≤180
48	N42UH	13	12.8	1.3	1.28	12.4	12	987	955	≥25	≥1990	42	40	342	326	≤180
49	N45UH	13.5	13.3	1.35	1.33	12.6	12.2	1003	971	≥25	≥1990	45	43	358	342	≤150
50	N48UH	14	13.8	1.4	1.38	13.3	12.9	1059	1027	≥25	≥1990	48	45	383	367	≤150
51	N50UH	14.2	13.9	1.42	1.39	13.5	13.1	1074	1042	≥24	≥1911	50	48	398	383	≤150
52	N28EH	10.8	10.4	1.08	1.04	10.4	9.8	811	780	≥30	≥2388	28	26	223	207	≤200
53	N30EH	11.2	10.8	1.12	1.08	10.6	10.1	844	804	≥30	≥2388	30	28	239	223	≤200
54	N33EH	11.5	11.3	1.15	1.13	11	10.6	876	844	≥30	≥2388	33	31	263	247	≤200
55	N35EH	11.9	11.7	1.19	1.17	11.3	11	900	876	≥30	≥2388	35	33	279	263	≤200
56	N38EH	12.4	12.2	1.24	1.22	11.8	11.4	939	908	≥30	≥2388	38	36	303	287	≤200
57	N40EH	12.7	12.4	1.27	1.24	12.2	11.8	971	939	≥30	≥2388	40	38	318	303	≤200
58	N42EH	13	12.8	1.3	1.28	12.4	12	987	955	≥30	≥2388	42	40	334	318	≤200
59	N45EH	13.5	13.3	1.35	1.33	12.6	12.2	1003	971	≥30	≥2388	45	43	358	342	≤200
60	N48EH	14	13.8	1.38	1.38	13.3	12.9	1059	1027	≥30	≥2388	48	46	383	367	≤200
61	N28AH	10.8	10.4	1.08	1.04	10.4	9.8	811	780	≥33	≥2626	28	26	223	207	≤220
62	N30AH	11.2	10.8	1.12	1.08	10.6	10.1	844	804	≥33	≥2626	30	28	239	223	≤220
63	N33AH	11.5	11.3	1.15	1.13	11	10.6	876	844	≥33	≥2626	33	31	263	247	≤220
64	N35AH	11.9	11.7	1.19	1.17	11.5	11	915	876	≥33	≥2626	35	33	279	263	≤220
65	N38AH	12.4	12.2	1.24	1.22	11.8	11.4	939	908	≥33	≥2626	37	35	294	279	≤220
66	N40AH	12.7	12.4	1.27	1.24	12.1	11.8	971	939	≥33	≥2626	39	37	310	294	≤220
67	N42AH	13	12.8	1.3	1.28	12.4	12	987	955	≥33	≥2626	42	40	334	318	≤220
68	N45AH	13.5	13.3	1.35	1.33	12.6	12.2	1003	971	≥33	≥2626	45	43	358	342	≤220
69	N28TH	10.8	10.4	1.08	1.04	10.4	9.8	811	780	≥40	≥3185	28	26	223	207	≤240
70	N30TH	11.2	10.8	1.12	1.08	10.6	10.1	844	804	≥40	≥3185	30	28	239	223	≤240
71	N33TH	11.5	11.3	1.15	1.13	11	10.6	876	844	≥40	≥3185	33	31	263	247	≤240
72	N35TH	11.9	11.7	1.19	1.17	11.5	11	915	876	≥40	≥3185	35	33	279	263	≤240
73	N38TH	12.4	12.2	1.24	1.22	11.8	11.4	939	908	≥40	≥3185	37	35	294	279	≤240
74	N40TH	12.7	12.4	1.27	1.24	12.1	11.8	971	939	≥40	≥3185	39	37	310	294	≤240
75	N28RH	10.8	10.4	1.08	1.04	10.4	9.8	811	780	≥45	≥3583	28	26	223	207	≤260
76	N30RH	11.2	10.8	1.12	1.08	10.6	10.1	844	804	≥45	≥3583	30	28	239	223	≤260
77	N33RH	11.5	11.3	1.15	1.13	11	10.6	876	844	≥45	≥3583	33	31	263	247	≤260
78	N35RH	11.9	11.7	1.19	1.17	11.5	11	915	876	≥45	≥3583	35	33	279	263	≤260

Click here for More Neodymium Magnets Techical Information

Huge selection of different kinds of NdFeB magnets supply

We supply a huge selection of customized NdFeB magnets, including sintered NdFeB magnets, coated NdFeB magnets, block NdFeB magnets, disc NdFeB magnets and rare earth NdFeB magnets. Classified by diverse NdFeB magnetic grades, remanence parameters and practical application scenarios, our available NdFeB magnet products cover various specifications tailored for motors, electronics and multiple industrial uses.

APPLICATION

Industry Application

Electronic Materials Industry

Magnets play a crucial role in the Electronic Materials Industry, where their applications span a wide range of functions.The versatile applications of magnets in the Electronic Materials Industry underscore their importance in advancing technology and innovation.

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Chemical Industry

Inorganic chemical materials such as carbon black, ceramics, glass, cement, bricks, and refractory materials, and polymer chemical materials such as plastics, rubber, fibers, adhesives, and coatings

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Food Industry

Magnets find valuable applications in the Food Industry, where they are employed for efficient separation of metal contaminants from food products, ensuring quality and safety.

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Pharmaceutical Industry

In the Pharmaceutical Industry, magnets play a critical role in ensuring product purity and safety. They are utilized for the separation of magnetic impurities, facilitating the production of high-quality pharmaceuticals and contributing to the industry's commitment to stringent quality standards.

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More Application

Quality You Can Trust With Inspection & Material Verification

Magnets need to meet many different inteational standards of compliance for materials.

This is meant to protect the health and safety of both the end user and the environment. We take compliance very seriously

for all of our customers, which is why we’ve invested in advanced scientific testing and verification equipment to qualify

all incoming raw materials.

For your peace of mind, our facility is fully certified to ISO 9001, 14001 , CE certification and ROHS certification

Answers to Frequently Asked Questions

1.Can you customize permanent magnets according to specific requirements?

Sure. Custom made available.

2.What are the temperature and corrosion resistance properties of your magnets?

Max working temperature and corrosion resistance properties are based on different materials and grade, The maximum working temperature of alnico permanent magnet is more than 550 ° C, Samarium cobalt magnet is more than 500° C and ferrite magnet is about 250 ° C , Neodymium magnet is about 60-260° C and rubber magnet are about 100° C , but the actual value will still vary according to the size and shape of the material. AlNiCo magnets, Ferrite magnets and SmCo5 magnets have good corrosion resistance properties, SM2CO17 composition have some iron s, which can easily rust under harsh conditions. Therefore, it is necessary to electroplate the magnet. NDFEB magnets have poor corrosion resistance, and their finished products generally require electroplating treatment, such as NICUNI, ZN, EPOXY plating, etc.

3.How do you ensure the quality of your permanent magnets?

In order to ensure the quality of permanent magnets, the factory strictly follows the corresponding ISO or ts16949 quality management system for inquiries, quotations, order reviews, raw material procurement, and production process control.

4.What is the typical lead time for ordering permanent magnets?

Normally, our delivery date is 21-30 days

5.Do you provide technical support for integrating permanent magnets into our products?

Yes, we can provide technical support for integrating permanent magnets into your products. Permanent magnets are widely used in various applications, and proper integration is crucial for achieving optimal performance. Whether you need assistance with magnet selection, design considerations, magnetization direction, or any other aspect related to integrating permanent magnets, we are here to help. Please provide us with more specific details about your product and requirements, and I'll provide you with tailored guidance.

6.Can you supply permanent magnets in large quantities for bulk orders?

Yes, we can supply permanent magnets in large quantities for bulk orders. We have a wide range of permanent magnets available, including neodymium magnets, ferrite magnets, AlNiCo magnets and samarium cobalt magnets. Our manufacturing facilities are capable of producing high volumes to meet your requirements. Please provide us with specific details such as the type, size, quantity, and any other specifications you need, and we will be happy to provide you with a quote and further assistance.

7.What certifications do your permanent magnets comply with?

Our permanent magnets comply with various certifications depending on the specific type and application. Some common certifications for permanent magnets include ISO 9001, ISO 14001, 45001,RoHS (Restriction of Hazardous Substances), and REACH (Registration, Evaluation, Authorization, and Restriction of Chemicals). These certifications ensure that our magnets meet international quality standards, environmental regulations, and restrictions on hazardous substances. If you have specific certification requirements or need more detailed information, please let us know, and we will provide you with the relevant details.

8.What is your minimum order quantity for magnets?

Our minimum order quantity for magnets may vary depending on the type, size, and specific requirements. Generally, for standard sizes and types of magnets, the minimum order quantity is typically around 100 to 1000 pieces. However, for customized or special magnets, the minimum order quantity may be higher. We understand that every customer's needs are unique, so please provide us with your specific requirements, and we will do our best to accommodate your needs and provide you with the most suitable solution.

What Grades of High Performance NdFeB Magnets Are Suitable for Motor Applications?

Many motor designers and procurement engineers struggle with mismatched magnet grades that lead to unstable motor output, excessive energy loss or shortened equipment service life when selecting NdFeB magnets for new production projects. Improper grade selection often results in unnecessary cost overruns from repeated sample testing and product rework. As a professional NdFeB magnet manufacturer with rich industrial application experience, we sort out mainstream high-performance sintered NdFeB magnet grades tailored to different working temperatures, torque requirements and operating environments of small precision motors, servo motors and large industrial drive motors, helping you pick the optimal NdFeB magnet specification efficiently while cutting procurement and R&D trial costs.

High-performance neodymium iron boron (NdFeB) magnets are the core magnetic components of modern high-efficiency motors, and their grade selection directly determines the motor’s power density, energy efficiency, service life, high-temperature stability, and operational safety. Selecting the right NdFeB magnet grade is critical to solving motor industry pain points such as demagnetization failure, excessive energy consumption, oversized volume, and short service life under high-temperature, high-speed, and high-load working conditions.

Core Performance Indicators for NdFeB Magnet Grades in Motor Applications

Motor-oriented NdFeB magnets focus on three key indicators, which are the core basis for grade division and selection:

Intrinsic Coercivity (Hcj): Represents the magnet’s resistance to demagnetization; higher values ensure stable magnetism in high-temperature, reverse magnetic field environments, avoiding motor performance degradation.
Maximum Energy Product (BHmax): Determines the magnetic field strength; high-energy-product grades enable motors to achieve higher power with smaller size and lighter weight, improving power density.
Temperature Stability (Curie Temperature/Tw): Defines the maximum safe operating temperature; matching the motor’s actual working temperature is the core to prevent thermal demagnetization failure.

Classification of High-Performance NdFeB Magnet Grades for Motors

High-performance NdFeB magnets for motors are divided into standard high-energy, high-coercivity, and ultra-high-temperature resistant grades according to application scenarios, covering all types of motor working conditions:

1. Standard High-Energy NdFeB Grades (Low-Temperature, High-Efficiency Motors)

Suitable for motors working at 60℃–100℃, with high energy product and cost-effective advantages, mainly used in small household appliances, low-power tools, and conventional drive motors:

N35–N52: Basic high-energy grades, N52 has the highest room-temperature energy product, ideal for small motors pursuing compact size; limited to low-temperature and low-load scenarios, poor high-temperature resistance.

2. High-Temperature Resistant NdFeB Grades (Medium-Temperature Industrial Motors)

Modified by adding cobalt, terbium, and other elements, with improved temperature resistance, suitable for motors working at 100℃–180℃, covering most industrial, automotive, and commercial motors:

M Grade (100℃): N35M–N50M, balanced energy and coercivity, for hydraulic motors, fan motors, and small industrial drive motors;
H Grade (120℃): N35H–N50H, universal high-temperature grade, widely used in air-conditioning compressors, electric tool motors, and automotive fuel pumps;
SH Grade (150℃): N35SH–N48SH, high coercivity, stable performance at medium high temperature, for new energy vehicle wipers, industrial frequency conversion motors, and pump motors;
UH Grade (180℃): N30UH–N45UH, ultra-high coercivity, resists high-temperature demagnetization, for high-temperature fans, packaging machinery motors, and automotive transmission motors.

3. Ultra-High-Temperature Resistant NdFeB Grades (Extreme High-Temperature High-Performance Motors)

Heavy rare earth optimized grades, suitable for motors working at 200℃–230℃ extreme environments, exclusive to high-end high-power motors:

EH Grade (200℃): N28EH–N40EH, for new energy vehicle main drive motors, high-power servo motors, and aerospace servo motors;
TH Grade (230℃): N25TH–N35TH, top high-temperature grade, for military motors, oil drilling motors, and high-temperature industrial furnace drive motors.

Grade Matching Guide for Different Motor Types (Core Application Solutions)

Targeted grade selection for mainstream motor types to directly solve user selection pain points:

New Energy Vehicle (NEV) Main Drive Motors: Priority EH/TH grade (N35EH, N30TH), high temperature resistance + high energy product, ensuring 10-year service life under high-speed and high-load conditions;
Industrial Servo Motors: SH/UH grade (N40SH, N35UH), high precision and high coercivity, adapting to frequent forward/reverse rotation and strong reverse magnetic fields;
HVAC Compressor Motors: H/SH grade (N45H, N40SH), energy-saving and high-temperature resistant, matching long-term continuous operation;
Electric Tool Motors: M/H grade (N48M, N45H), high magnetic strength and impact resistance, adapting to high-speed vibration working conditions;
Aerospace/High-Temperature Industrial Motors: TH grade, ultra-high temperature stability and reliability, meeting extreme environment requirements.

Key Selection Principles to Avoid Motor Failure

1. Temperature first: Select the grade with temperature level 20℃–30℃ higher than the motor’s actual maximum working temperature;
2. Load matching: High-load/high-reverse magnetic field motors must choose high-coercivity grades (SH/UH/EH) to avoid demagnetization;
3. Volume constraint: Small-sized high-power motors use high-energy-product grades (N45–N52 series) to improve power density;
4. Service life: Long-term continuous working motors give priority to high-coercivity grades, reducing aging and demagnetization risks.

Why High-Performance NdFeB Magnets Are Irreplaceable for Motors

Compared with Alnico, ferrite, and other magnets, high-performance NdFeB magnets have unparalleled advantages in motor applications:

Higher magnetic energy product, reducing motor volume and weight by 30%–50%;
Excellent coercivity, stable performance in high-temperature and complex magnetic fields;
Improve motor energy efficiency level by 5%–15%, reducing energy consumption and operating costs;
Customizable grades and sizes, fully adapting to various high-performance motor designs.

Conclusion

The selection of high-performance NdFeB magnet grades for motor applications needs to comprehensively match the motor’s working temperature, load characteristics, volume requirements, and service life. Standard grades (N/M/H) are suitable for conventional motors, medium high-temperature grades (SH/UH) for industrial/automotive motors, and ultra-high-temperature grades (EH/TH) for high-end extreme motors. Correct grade selection is the core to improve motor efficiency, extend service life, and reduce failure rates. For customized high-performance motor magnetic solutions, professional magnet manufacturers can provide targeted grade optimization and design support.

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Industry Application

Answers to Frequently Asked Questions

Core Performance Indicators for NdFeB Magnet Grades in Motor Applications

Classification of High-Performance NdFeB Magnet Grades for Motors

1. Standard High-Energy NdFeB Grades (Low-Temperature, High-Efficiency Motors)

2. High-Temperature Resistant NdFeB Grades (Medium-Temperature Industrial Motors)

3. Ultra-High-Temperature Resistant NdFeB Grades (Extreme High-Temperature High-Performance Motors)

Grade Matching Guide for Different Motor Types (Core Application Solutions)

Key Selection Principles to Avoid Motor Failure

Why High-Performance NdFeB Magnets Are Irreplaceable for Motors

Conclusion