HcJ - Hitachi Metals America, Ltd.
Contents
1. Novi Michigan Office 41800 West Eleven Mile Road Suite 200 Novi MI 48375 U S A TEL 1 248 735 4722 FAX 1 248 596 1063 Hitachi Metals Europe GmbH South Germany Office Leonberg Roemerstrasse 75 71229 Leonberg Germany TEL 49 7152 93975 0 FAX 49 7152 93975 20 Hitachi Metals Hong Kong Ltd Suite 1809 13 18 F Tower 6 The Gateway Harbour City Tsimshatsul Kowloon Hong Kong TEL 852 2724 4183 FAX 852 2311 2095 Hitachi Metals Singapore Pte Ltd 12 Gul Avenue Singapore 629656 TEL 65 6861 7711 FAX 65 6861 9554 Hitachi Metals Thailand Ltd Bangkok Sales Office Unit 13B 13th Floor Ploenchit Tower 898 Ploenchit Road Lumpini Pathumwan Bangkok 10330 Thailand Hitachi Metals India Pvt Ltd TEL 66 2 263 0889 FAX 66 2 263 0891 Plot No 94 amp 95 Sector 8 IMT Manesar Gurgaon 122050 Haryana India TEL 91 124 4812300 FAX 91 124 2290015 S79Am FSCRAEMRUEH SHI BRDOOR RT IL FCF www fsc org Cert no SGS COC 2125 1996 Forest Stewardship Council VEGETABLE OIL INK COA UATE WERE MEIC ACE FS 728 FSC aa fie FH UIC HD TA EZ AK te LED HI CHIE LTE Fo REI ATSC e KAVOFAHORMECSAORS WFMMHMSSCeCE lt CEAL For details on each product please refer to the product catalog that describes the relevant product or directly contact the section in charge OxHONRIFSE lt SETSBSPCRWETFT OANA RM ELET HMICOSEL TISHMAN SHANE ESL EELE 31201 4F 7 ARENSON CT BEICLSGRSbHVETO CBM I TIVIN OEP SEU2. PAWL R Habe Br RHETT He BAL 4 b4 B BH max BrO mE HEN Remanence Coercivity Maximum energy product Temperature coefficient of Br kA m kOe kJ m MGOe K Features 1 35 4 45 42 51 42 1 0 2 1 30 1 40 46 53 43 7 51 8 Anisotropy CKSC 600 13 0 14 0 0 58 0 66 55 6 5 2 EMEFe Cr CotG Fe Cr Co magnets rolling Material code 0 80 0 90 31 39 8 7 15 2 zeH CKSR 150 0 40 0 48 Gore 005 Isotropy 1 30 1 44 42 54 42 1 54 2 0 88 1 08 55 67 22 2 30 3 ee mnscuchy CKSR 400H 8 8 108 0 70 0 83 28 38 1 20 1 42 4 24 ME m 1 00 1 35 1 4 lt ERS 3 7 IZ IA Alnico magnets casting RARE Br RHETT He BRA LA b 8 BH max BrO mE KEL Remanence Coercivity Maximum energy product Temperature coefficient of Br kG kA m kOe kJ m MGOe CAL SE 123 133 NKS 600 125 135 065 073 57 65 0 85 0 95 111 128 39 7 47 8 apit NKS 600H 0 65 0 75 143 152 35 8 43 8 a g 6 5 7 5 1 80 1 90 45 5 5 1 25 1 35 54 60 51 8 56 0 NKS 750 12 5 13 5 0 68 0 75 6 5 7 0 0 021 GE RRR ORAS AA Wik REER BHRIASICKOB ELET Actual magnetic properties may be different from the ones shown above depending on shape size manufacturing conditions or operating conditions Material code Features Hitachi Metals Magnetic Materials Company Magnets Worldwide Production Bases ote o S a r Mean Ka Soe cma costs 2M we acific Metals Co S _ a Taigen
3. r ed r cJ kKA m kA m kOe kOe NMX 46F 1 33 1 40 S E S go NMX 46CH 1 33 1 40 gt NMX 43F 1 29 1 36 a NMX 42F 1 26 1 33 tS NMX 43SH 1 26 1 33 NMX 37F 1 20 1 27 SSS eg NMX 39EH 1 20 1 27 NMX 35F 116 1 23 NMX 36EH 1 16 1 23 C RRORIERHI AAA Wik Ris RF Sl KOBIELES Actual magnetic properties and manufacturability may be different from the ones shown above depending on H 5 i AimBOBeRLES Ho WEE shape size manufacturing conditions Hes shows edge portion characteristic lt _ Measurement point of Hoy Dy HABA otlik Magnetic Characteristics of Dy Diffusion Series DDMagic J BA Wd RB REET RAIKI Remanence Coercivity Maximum energy product HEr Br Hop Ag y BH max Material code TY kA m kA m kJ m3 kOe kOe MGOe 1 39 1 45 S 78 40S 1 36 1 43 Sad 1 32 1 39 Sienna FAS 1 30 1 37 SEG SEE 294 334 1 24 1 31 GE REOR AIA TE RisRFSICKOZIELES Actual magnetic properties and manufacturability may be different from the ones shown above depending on shape size manufacturing conditions 3 Nd Fe B ZEA NEOMAX Neodymium Iron Boron Magnets NEOMAX NEOMAX Standard Series te sta tt Ee Magnetic Characteristics 932 BA Wad OR a Bs PREETI mA LAI HEZ Remanence Coercivity Maximum energy product NEN Cire Metere Br Hg H BH max Gh kG kA m lt 01 kA m lt 01 kJ m Uv fele
4. 11 2 12 8 21114 214 0 278 327 35 41 NMX K3S5CR 1 15 1 25 11 5 12 5 859 980 10 8 12 3 39e 217 0 246 295 3l 37 NMX K33SR 1 10 1 20 11 0 12 0 790 939 9 9 11 8 21671 221 0 230 279 29 35 NMX K30ER 1 05 1 13 10 5 11 3 772 884 9 7 11 1 21989 225 0 207 239 26 30 GE ROPE MBS AK Tid RiSRFSICKOZIELES Actual magnetic properties and manufacturability may be different from the ones shown above depending on shape size manufacturing conditions Aci Orientation SVS DHAKH EMS AHO Comparison Table MEM BST 7 DEA Radial anisotropic magnet HA DUS DBA Items Radial anisotropic Multi pole anisotropic REAREA RA AHR IE 5 782 a ce eee Surface magnetic flux density waveform Trapezoidal wave Sinusoidal wave y rh Fes WEEN ja is CB BO Zooks Center of polarity Number of magnetized poles Variable by magnetization Design specific a JAA WTE ja is CB BO Ale Magnetized position Variable by magnetization Fixed cin ea Inter pol A 1 tt oj oj nter pole Skew magnetization Possible Possible O EDak Multi pole anisotropic magnet HEINZA mm 015 90 8 50 Recommended outside diameter mm S N HERE AZ Ee 0 75 0 95 0 6 0 8 pa LH de Recommended inside to outside diameter ratio HRE mm 5 60 5 60 C Recommended length mm C REPRO SSALRIS AAA TK RiSRFASICKOZIELET T d N N S Actual magnetic properties and manufacturability may be different from the ones shown above d
5. 2 1 20 11 2 12 0 851 940 10 7 11 8 21989 gt 25 238 279 30 35 NMX 31UH 1 07 1 15 10 7 11 5 819 908 10 3 11 4 22387 30 214 255 2 7 32 GE REOR AIA WK RisRASICKOBIELES Actual magnetic properties and manufacturability may be different from the ones shown above depending on shape size manufacturing conditions COMB SBRHSBNSHUEDE FAL x Limited availability Nd Fe B xG NEOMAX 3AtUY SRG Neodymium Iron Boron Magnets NEOMAX Anisotropic Ring Magnets RVAI OY I LRI OCE CDY FHER ROI 2 blliial Low Dy NMX K42R Series contain about 1 2 lower Dy compared with standard series Kalti oP J LEAQTE Magnetic Characteristics Radial Anisotropic RARR BS REAT SALLIE Bz Remanence Coercivity Maximum energy product MESEK 5 Br H H BH max p kG kA m kOe CVA lt 481 gt kJ m MGOe NMX K42R 1 28 1 36 12 8 13 6 954 1058 12 0 13 3 310 351 NMX K40CR 1 24 1 34 12 4 13 4 923 1051 11 6 13 2 295 343 NMX K38SR 1 19 1 29 11 9 12 9 883 1003 11 1 12 6 270 319 NMX KS5ER 1 14 1 24 11 4 12 4 819 970 10 3 12 2 246 295 NMX K40R 1 24 1 32 12 4 13 2 923 1034 11 6 13 0 295 334 NMX K38CR 1 20 1 30 12 0 13 0 891 1019 11 2 12 8 278 327 1 14 1 24 11 4 12 4 819 970 10 3 12 2 21671 21 0 NMX KS3ER 1 10 1 20 11 0 12 0 803 931 10 1 11 7 21989 225 0 230 279 29 35 NMX K38R 1 20 1 30 12 0 13 0 891 1019
6. BEE SFACTHY Pack COMME SHU LET The contact addresses indicated above are those as of July 2014 If you cannot reach us please contact the Corporate Communications in Tokyo 0800 500 5055 toll free in Japan I HLEBA 2y yar E J407 HG A27 B 201447H1Ek T MT3 uz HITACHI Materials Mag c r a oe s 7 E t i i9 i HUTE AL tL Hitachi Metals Ltd RVUAZPOY ILE BVYAZAIOY VLR DDMagic Low Dysprosium Technology Dysprosium Diffusion Technology DDMagic NMX S52 7 UV Z NEJA JOYI Lhi eis ALIA SS ese amp fp LAAT RILRUXIN E ROm ERE G s Dy Diffusion Series DDMagic Low Dy Series NMX S52YU Z IAZTOS ILM as Under development of low by vesion for NMX S52 series E46EH a E45EH Br T Br T 1 000 1 500 2 000 2 500 Dy HAR OIR EIIN TH HATOP FEM Results of Hs Distribution OEVAFOYV LRE AI Oc CDyEASISERH KOHOEl iat Low Dy NMX 46F Series contain about 2 lower Dy compared with standard series a 1 4 R b PAER c Aima 1 4 portion Center portion Edge portion Fx Low Dy 44 CTW Oxy tb Comparison between Low Dy Series and Standard Series j Dy Fhe ISR AIAAHECET Low Hcy level indicator High kA m Standard Series aa Low Dy Series Hes Distribution is not homogeneous RARER RRT RARER RET Remanence Coercivity Remanence Coercivity Har MAA Material code H Material code H
7. e Metal Industry Co Ltd EUSA E China Dongguan Sumitok Super Electronics Co Ltd Indonesia PT NX INDONESIA Rare Earth Magnets Ferrite Magnets Magnet Assemblies Az Japan Alnico Magnets HS TEA SAT Pt ABR Osaka Magnetic Materials Research Laboratory tSttNEOMAXEH AB Hyogo REA Mii Lis Ga NEOMAX KINKI Co Ltd oc e Kumagaya Works tetSttNEOMAXTLM EB z Att FER NEOMAX KYUSHU Co Ltd V Tokyo l Headquarters NEOMAXIYYZPU JJ kR Att ES A Gunma Osaka NEOMAX ENGINEERING Co Ltd ALBUS Saga K Saga Works LA tT BwOo7 L T AE Hyogo Metal Magnet Group
8. epending on shape size manufacturing conditions WSS TE AR FETT TE mAAEATI BOCHR Magnetic Characteristics Multi pole anisotropic Merit of Multi Pole Anisotropic Skewed Magnets 532 BA WW OR oe ee RELI WES Remanence Coercivity Material code Br H j T kG kA m lt 01 gt NMX 42M 1 36 13 6 21114 214 0 NMX 40CM 21352 2170 ARE PERS GIS ED COBH AIT DRE URED ERICA EE 1 BAHORBWAZSALID IF THREE TLCS T E 2 PRAHT T ORF TAONE Above numbers show material characteristics Higher torque lower cogging simple assemble process NEOMAX ORMUE Surface Treatments PIEI FIIF Zvyylxy jR VI M 1 Aluminum coating Nickel plating Epoxy coating Thin silicate coating Passivation ERE um Standard coating thickness MIE 2 Thermal humidity Corrosion resistance resistance mhazkig Salt spray resistance RENATE Adhesive endurance ine ek Insulation PEX Dimensional accuracy Sensors Compressor motors Compressor motors Speaker Sensors HAR Acutuators Optical pickup Various motors Mild corrosion Mild corrosion Motor for FA Enviromental uses Enviromental uses Various motors Compressor motors Totally enclosed motors OBBAEUBISREITE CHD SREISRBIECTS AMR PARREREN RCH URT o Excellent Shown above are standard surface treatments thicknesses with the optimum thickness depending O Good on intended service conditions and other factors Please feel free to consult with us to determine the
9. es GE REOR AK Tk RN ERE kbo ELET Actual magnetic properties and manufacturability may be different from the ones shown above depending on shape size manufacturing conditions me At UO BAOMAECANE TIED Gil Preferred ID OD Ratio and Number of Poles Inside diameter mm Outside diameter mm Hatra Magnetic Characteristics 952 BA RER PREETI RAIZ HEg Remanence Coercivity Maximum energy product Material code Br ars H BH max mT kG kA m kOe kA m kOe kJ m MGOe NMF DM1 340 370 3 4 3 7 z215 227 z263 23 3 220 7 226 NMF DM3 380 410 3 8 4 1 2247 23 2326 24 1 2255 232 239 230 NMF WM3 370 400 3 7Z 4 0 2295 232 z302 3 8 224 7 Zal NMF WM4 22 1 23 4 2326 227 1 23 4 xD EHSL AIS RD COBHAIE DW REE Lactate noucTWET Above numbers show material characteristics 9 LEA NKS CKSC CKSR Metal Magnets NKS CKSC CKSR EMRE Se EREN YTA SAUAR REG Fe Cr Cof G OR Characteristics of Fe Cr Co Magnet O VDA THAORBM2ALEH S SABRE ED Co 2A SNEL High remanence with low cobalt content while maintaining characteristics of alnico magnet O RAWBREAEO RE RADVNAL CO 038 K Small temperature coefficient of remanence 0 03 K KERR AL High degree of freedom in forming RAICL77 ASEALCESS MEREHITENS Stable supply of raw materials because no rare earth elements are used H kA m i Sta lt Sak Magnetic Characteristics 1 eFe Cr CoRtt Fe cr co magnets casting Be FR
10. http www hitachi metals co jp Ae ertst Hitachi Metals Ltd HEART I Magnetic Materials Company AS 41 Headquarters T105 8614 BREAK 1 2 1 Y VY ANGE SEAVANS North Building 2 1 Shibaura 1 chome Minato ku Tokyo 105 8614 TEL O3 5 765 4000 FAX 03 5765 831 1 TEL 81 3 5765 4000 FAX 81 3 5765 831 1 HAREMA Domestic Sales Bases EES Sales Office T 105 8614 RAB Ke 3A 1 2 1 Y YANE SEAVANS North Building 2 1 Shibaura 1 chome Minato ku Tokyo 105 8614 TEL 03 5765 4202 FAX 03 5765 4457 TEL 81 3 5765 4202 FAX 81 3 5765 4457 HAIRA T460 0003 A 8 4A BMH e 13 19 ELE TEL 052 220 7469 FAX 052 201 5188 Chubu Tokai Sales Office Takisada Building 13 19 Nishiki 2 chome Naka ku Nagoya Aichi 460 0003 TEL 81 52 220 7469 FAX 81 52 201 5188 BIASA Kansai Sales Office T541 0041 AMAARAPRRIDRS 5 29 HEREC Nissei Yodoyabashi Building 5 29 Kitahama 3 chome Chuo ku Osaka 541 0041 TEL O6 6203 9702 FAX O6 6222 3417 TEL 81 6 62038 9702 FAX 81 6 6222 3417 TUN SZ Kyushu Sales Office T810 O001 fafa Rem mPAKAHe 14 138 KM EHEIL Tenjin Mitsui Building 14 13 Tenjin 2 chome Chuo ku Fukuoka 810 0001 TEL 092 687 5261 FAX 092 687 5266 TEL 81 92 687 5261 FAX 81 92 687 5266 AR schles Overseas Sales Bases Hitachi Metals Shanghai Ltd 11F Chong Hing Finance Center No 288 Nanjing Road West Shanghai 200008 China TEL 86 21 3366 3000 FAX 86 21 3366 3030 Hitachi Metals America Ltd
11. oefficient of coercivity H_ j leads to high demagnetization resistance at low temperatures REJJ DnE Temperature Coefficient of Coercivity 0 45 0 40 0 35 0 30 0 25 0 20 0 15 0 10 0 05 0 00 AHey He y K 2500 3000 3500 4000 4500 5000 5500 Coercivity H Oe lOMICK SRNR DTV ROA Resign ommarson between 6G And 12G gr motor 2P NMF 6G 4P NMF 12G 2 3 10 3 96 0 A42 DESHNA 42 weight reduction lk gr motor Weight comparison W Shaft 150 0 W Yoke Armature 100 0 Magnet 50 0 NMF 6G NMF 12G 0 0 NMF 6G NMF 12G IFLIThKARARVY TBE Ferrite Anisotropic Ring Magnets ri i Ci IO aida Al aa iw presi aie CWE TRGA Wet pressinc Kind and the BTT ep manufacturing method Apt DUP IDEA MAA Multi pole anisotropic Radial anisotropic Multi pole anisotropic NMF DM1 Z E NMF WM2 NMF DM2 La Co NMF WM1 NMF WM3 La Co Material NMF DM8 La Co NMF WM4 La Co Z 1 gE Z OBE Skew possible Skew possible Ac E Orientation oA Besos WS HHRSEKANYT Home appliance Dish washer Ventilation fan Drain pump for washing machine BA ik ERA PA RUYVOREINLD HRABAR BRR Auto mobile Throttle control valve na Exhaust gas recirculation PSUS ig Continuously variable transmission OAR A7rvEVIE F OA Stepping motor fk 7148 mm 010 56 08 035 8 50 Outside diameter Be EY 5 2 2 or B Minimum number of pol
12. surface treatments that is best for you Pyb 5 TF4AYZ Aluminum coating Ni D TF4Y7_ Nickel plating fA Zee Epoxy coating m J i A 4 i ai j Application ar V 4I RF Thin silicate coating M Passivation ee ol 29 w Baar 253 ra tthe J L571 KRG NMF YYZ High Performance Ferrite Magnets NMF Series se ILI1 FMOCUCHFmeUNIVOM EER Watr ER Magnetic Characteristics Fe So ORAS RRJ FAIRLIE A HELZ Remanence Coercivity Maximum energy product Material code Br a H BH max mT kG kA m kOe kA m kOe kJ m MGOe 460 480 4 6 4 8 NMF 12F 450 470 318 358 38 2 41 4 NMF 12G 440 460 310 350 36 6 39 8 NMF 12G 450 470 318 358 38 2 41 4 NMF 12J 430 450 300 340 430 35 0 38 1 I 440 460 262 302 2286 36 6 39 7 430 450 310 350 2334 35 0 38 1 410 430 4 1 4 3 294 334 3 7 4 2 2398 250 31 8 35 0 4 0 4 4 420 440 4 2 4 4 230 262 2 9 3 3 22 9 33 4 36 6 4 2 4 6 410 430 41 43 2467286 270 400 420 278 318 23 9 30 2 33 4 38 4 2 390 410 270 310 24 3 28 6 31 8 380 400 262 302 24 8 270 30 2 3 4 3 8 GE REOR AZ TK RN ER Ro ELET Actual magnetic properties and manufacturability may be different from the ones shown above depending on shape size manufacturing conditions fa tthe JL 57 KRG NMFSDU Z High performance Ferrite Magnets NMF Series RHETT Ac J Dim RENIN YVES C Em CO HAN FIC 1 Small temperature c
13. y NMX 852 1 42 1 48 14 2 14 8 8385 1122 10 5 14 1 2875 211 388 422 48 53 N MX S50BH 1 39 1 45 13 9 14 5 en Mee acA gt 1114 214 374 405 47 51 NMX S49CH 1 36 1 43 13 6 14 3 1018 1106 12 8 13 9 21273 gt 16 358 397 45 50 21671 221 NMX S43SH 1 28 1 35 12 8 13 5 962 1042 12 1 13 1 310 350 NMX S41EH 1 24 1 31 12 4 13 1 923 1018 11 6 12 8 294 334 NMX S38EH 1 19 1 27 11 9 12 7 883 978 11 1 12 3 270 310 NMX S36UH 1 16 1 24 11 6 12 4 883 962 11 1 12 1 254 294 NMX S34GH 1 12 1 20 11 2 12 0 859 939 10 8 11 8 238 278 NMX 48BH_ 1 35 1 42 13 5 14 2 1018 1099 12 8 13 8 350 390 NMX 46CH 1 83 1 40 13 3 14 0 1002 1083 12 6 13 6 21273 16 NMX 44CH 1 30 1 37 13 0 13 7 994 1075 12 5 13 5 21273 gt 16 326 367 41 46 NMX 41CH 1 24 1 31 12 4 13 1 954 1035 12 0 13 0 21432 18 294 335 37 42 1 26 1 33 21671 gt 21 302 343 38 43 NMX 41SH 1 24 1 31 12 4 13 1 954 1035 12 0 13 0 294 335 NMX 39EH 1 20 1 27 12 0 12 7 923 1003 11 6 12 6 278 319 NMX 36EH 1 16 1 23 11 6 12 3 899 979 11 3 12 3 262 295 NMX 33UH 1 13 1 20 11 3 12 0 867 948 10 9 11 9 246 279 NMX 44 1 29 1 37 12 9 13 7 835 1075 10 5 13 5 gt 310 351 NMX 42BH 1 26 1 34 12 6 13 4 947 1035 11 9 13 0 302 343 1 24 1 32 11 6 12 7 21352 217 294 335 37 42 NMX 37SH 1 17 1 25 11 7 12 5 891 979 11 2 12 3 21671 gt 21 262 303 33 38 NMX 34EH 1 1
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