Customization: | Available |
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Usage: | Industry, Speaker |
Material: | Ceramic |
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Industrial Ferrite Block Disc Ring Arc Customized Permanent Magnet
The raw materials of ferrite magnets are mixed in the correct proportions, granulated, and calcined (presintered). After going through several intermediate phases, a hexaferrite phase (BaFe12O19 or SrFe12O19) is achieved. The presintered granulate is ground to a powder. It can then be pressed wet or dry in a magnetic field (anisotropic) or in the absence of a magnetic field (isotropic) and sintered. The nature of the manufacturing process results in ferrite magnets that frequently contains imperfections such as cracks, porosity, chips, etc. Fortunately, these imperfections rarely interfere with a magnet's performance.
Ferrite magnet is inherently brittle, and it is highly recommended that they NOT be utilized as structural elements in any application. Their thermal stability is the poorest of all the magnetic families, but ferrite magnets may be utilized in environments up to 300 °C (570 °F). The dimensional repeatability of ferrite magnets that as pressed components is difficult to control, consequently, components requiring tight tolerances necessitate secondary grinding operations to assure conformity.
SDM Advantages
• Strategic cooperation with China's No.1 rare earth miner CHINALCO, which enables us strong and safe backup for rare earth raw materials cost stability, 3 x -3% annual price down guaranteed.
• ISO/TS 16949, VDA 6.3, ISO9001, ISO14001 certified company, RoHS, REACH, SGS, FDA complied product.
• 0 PPM performance for General Motor's OEM since 2010, remarkable customers such as SIEMENS, BMW, REGAL BELOIT, NIDEC, S&T Motiv.
• Over 100 million neodymium magnets delivered to American, European, Asian and African countries.
• One stop service from R&D to mass production.
Quality Assurance
• ISO9001, ISO14001, ISO/TS16949, TUV, SGS, RoHS.
Customized Ferrite Magnets and Ferrite Magnetic Assemblies with fast delivery time of 7-15 days.
SDM Reliability & Workshop
Grade | Max Energy Product BH(max) kJ/m3 (MGOe) |
Remanence Br mT (KGs) |
Coercive Force Hcb kA/m (kOe) |
Intrinstic Coercive Force Hcj kA/m (KOe) |
Y10T | 6.5-9.5 (0.8-1.2) |
200-235 (2.0-2.35) |
125-160 (1.57-2.01) |
210-280 (2.64-3.52) |
Y20 | 18.0-22.0 (2.3-2.8) |
320-380 (3.2-3.8) |
135-190 (1.70-2.38) |
140-195 (1.76-2.45) |
Y22H | 20.0-24.0 (2.5-3.0) |
310-360 (3.1-3.6) |
220-250 (2.77-3.14) |
280-320 (3.52-4.02) |
Y23 | 20.0-25.5 (2.5-3.2) |
320-370 (3.2-3.7) |
170-190 (2.14-2.38) |
190-230 (2.39-2.89) |
Y25 | 22.5-28.0 (2.8-3.5) |
360-400 (3.6-4.0) |
135-170 (1.70-2.14) |
140-200 (1.76-2.51) |
Y26H | 23.0-28.0 (2.9-3.5) |
360-390 (3.6-3.9) |
220-250 (2.77-3.14) |
225-255 (2.38-3.21) |
Y27H | 25.0-29.0 (3.1-3.7) |
370-400 (3.7-4.0) |
205-250 (2.58-3.14) |
210-255 (2.64-3.21) |
Y30 | 26.0-30.0 (3.3-3.8) |
370-400 (3.7-4.0) |
175-210 (2.20-2.64) |
180-220 (2.26-2.77) |
Y30BH | 27.0-30.0 (3.4-3.7) |
380-390 (3.8-3.9) |
223-235 (2.80-2.95) |
231-245 (2.90-3.08) |
Y30-1 | 27.0-32.0 (3.4-4.0) |
380-400 (3.8-4.0) |
230-275 (2.89-3.46) |
235-290 (2.95-3.65) |
Y20-2 | 28.5-32.5 (3.5-4.0) |
395-415 (3.95-4.15) |
275-300 (3.46-3.77) |
310-335 (3.90-4.21) |
Y32 | 30.0-33.5 (3.8-4.2) |
400-420 (4.0-4.2) |
160-190 (2.01-2.38) |
165-195 (2.07-2.45) |
Y33 | 31.5-35.0 (4.0-4.4) |
410-430 (4.1-4.3) |
220-250 (2.77-3.14) |
225-255 (2.83-3021) |
Y35 | 30.0-32.0 (3.8-4.0) |
400-410 (4.0-4.1) |
175-195 (2.20-2.45) |
180-200 (2.26-2.51) |
Grade | Remanence Br mT (KGs) |
Coercive Force Hcb kA/m(kOe) |
Instrinsitc Coercive Force Hcj kA/m(kOe) |
Max Energy Product BH(max) kJ/m3(MGOe) |
C | 230(2.3) | 148(1.86) | 258(3.5) | 8.36(1.05) |
C5 | 380(3.8) | 191(2.4) | 199(2.5) | 27.0(3.4) |
C7 | 340(3.4) | 258(3.23) | 318(4.00) | 21.9(2.75) |
C8(=C8A) | 385(3.85) | 235(2.95) | 242(3.05) | 27.8(3.5) |
C8B | 420(4.2) | 232(2.913) | 236(2.96) | 32.8(4.12) |
C9 | 380(3.8) | 280(3.516) | 320(4.01) | 26.4(3.32) |
C10 | 400(4.0) | 288(3.617) | 280(3.51) | 30.4(3.82) |
C11 | 430(4.3) | 200(2.512) | 204(2.56) | 34.4(4.32) |
Grade | Remanence Br mT(KGs) |
Coercive Force Hcb KA/m(KOe) |
Intrinsic Coercive Force Hcj KA/m(KOe) |
Max Energy Product BH(max) KJ/m3(MGOe) |
HF8/22 | 200-220 (2.00-2.20) |
125-140 (1.57-1.76) |
220-230 (2.76-2.89) |
6.5-6.8 (0.8-1.1) |
HF20/19 | 320-333 (3.20-3.33) |
170-190 (2.14-2.39) |
190-200 (2.39-2.51) |
20.0-21.0 (2.5-2.7) |
HF20/28 | 310-325 (3.10-3.25) |
220-230 (2.76-2.89) |
280-290 (3.20-3.64) |
20.0-21.0 (2.5-2.7) |
HF22/30 | 350-365 (3.50-3.65) |
255-265 (3.20-3.33) |
290-300 (3.64-3.77) |
22.0-23.5 (2.8-3.0) |
HF24/16 | 350-365 (3.50-3.65) |
155-175 (1.95-2.20) |
160-180 (2.01-2.26) |
24.0-25.5 (3.0-3.2) |
HF24/23 | 350-365 (3.50-3.65) |
220-230 (2.76-2.89) |
230-240 (2.89-3.01) |
24.0-25.5 (3.0-3.2) |
HF24/25 | 360-370 (3.60-3.70) |
260-270 (3.27-3.39) |
350-360 (4.40-4.52) |
24.0-25.5 (3.0-3.2) |
HF26/16 | 370-380 (3.70-3.80) |
155-175 (1.95-2.20) |
160-180 (2.01-2.26) |
26.0-27.0 (3.2-3.4) |
HF26/18 | 370-380 (3.70-3.80) |
175-190 (2.20-2.39) |
180-190 (2.26-2.39) |
26.0-27.0 (3.3-3.4) |
HF26/24 | 370-380 (3.70-3.80) |
230-240 (2.89-3.01) |
240-250 (3.01-3.14) |
26.0-27.0 (3.3-3.4) |
HF26/26 | 370-380 (3.70-3.80) |
230-240 (2.89-3.01) |
260-270 (3.27-3.39) |
26.0-27.0 (3.3-3.4) |
HF26/30 | 385-395 (3.85-3.95) |
260-270 (3.27-3.39) |
300-310 (3.77-3.89) |
26.0-27.0 (3.3-3.4) |
HF28/26 | 385-395 (3.85-3.95) |
250-265 (3.14-3.33) |
260-275 (3.27-3.45) |
28.0-30.0 (3.5-3.8) |
HF28/28 | 385-395 (3.85-3.95) |
260-270 (3.27-3.39) |
280-290 (3.50-3.60) |
28.0-30.0 (3.5-3.8) |
HF30/26 | 395-405 (3.95-4.05) |
250-260 (3.14-3.33) |
260-270 (3.27-3.39) |
30.0-31.5 (13.8-3.9) |
HF32/17 | 410-420 (4.10-4.20) |
160-180 (2.01-2.26) |
165-175 (2.07-2.20) |
32.0-33.0 (4.0-4.1) |
HF32/22 | 410-420 (4.10-4.20) |
215-225 (2.70-2.83) |
220-230 (2.76-2.89) |
32.0-33.0 (4.0-4.1) |
HF32/25 | 410-420 (4.10-4.20) |
240-250 (3.01-3.14) |
250-260 (3.14-3.27 |
32.0-33.0 (4.0-4.1) |