Document Type

List of all available Powder Datasheets

* Products with provisional data. Actual production data may vary.

Name
MQP-7-8-20171
MQP-8-5-20159
MQP-10-8.5HD-20180
MQP-11-8-20222
MQP-12.5-8.5-20105
MQP-12-5-20092
MQP-12-8HD-20175
MQP-13-9HD-20179
MQP-13-9-20143
MQP-13-9-20081
MQP-13-9-20063 (R2)
MQP-13-9-20011 (R1)
MQP-13-9-10533
MQP-14-9-20061
MQP-14-12-20000
MQP-14-13-20201
MQP-15-7-20065 (15-7A)
MQP-15-7-10271
MQP-15-9HD-20178
MQP-16-7-20068 (16-7A)
MQP-16-7-11277
MQP-16-9HD-20177
MQP-A-10179
MQP-B+-20364
MQP-B+-20056 (B2+)
MQP-B+-10118
MQP-B-20173 (PrNd B4)
MQP-B-20172 (PrNd B3)
MQP-B-20076
MQP-B-20052
MQP-B-20029
MQP-B-10184
MQP-C-20006
MQP-O-20057
MQP-S-11-9-20001
List of all available Calculated Magnet Properties
Name
MQP-8-5-20159
MQP-10-8.5HD-20180
MQP-11-8-20222
MQP-12-8HD-20175
MQP-13-9HD-20179
MQP-13-9-20143
MQP-13-9-20063 (R2)
MQP-14-9-20061
MQP-14-12-20000
MQP-14-13-20201
MQP-15-7-20065 (15-7A)
MQP-15-9HD-20178
MQP-16-7-20068 (16-7A)
MQP-B+-20364
MQP-B+-20056 (B2+)
MQP-B-20173 (PrNd B4)
MQP-B-20172 (PrNd B3)
MQP-S-11-9-20001
List of all available Brochures
Name
Better Compressibility MQEP
Better Flowability MQEP
High Strength High Temperature MQEP
MQA
MQFP
Particle Size Distribution
Standard MQEP
Anti-Aging Technology (AA4)
List of all available Research Notes
Name
Factors Affecting Size of Motor - Part 1
Factors Affecting Size of Motor - Part 2
Particle Size Distribution
Effect Of Epoxy Amount On Magnet Properties
Effect Of Lubricant Type And Amount On Compound And Magnet Properties
Bonded Neo Magnet Saturation
Unsaturated Bonded Neo Magnet: Causes And Effects
Factors Affecting Magnet Density
Improvement In Mechanical Strength Of Bonded Neo Magnets
Factors Affecting Magnet Aging
Effect Of Motor Design Parameters On Cogging Torque - Part 1
List of all available Material Safety Datasheet

* Products with provisional data. Actual production data may vary.

Name
MQP-7-8-20171
MQP-8-5-20159
MQP-10-8.5HD-20180
MQP-11-8-20222
MQP-12-8HD-20175
MQP-13-9HD-20179
MQP-13-9-20143
MQP-13-9-20063 (R2)
MQP-14-12-20000
MQP-14-13-20201
MQP-14-9-20061
MQP-15-7-20065 (15-7A)
MQP-15-9HD-20178
MQP-16-7-20068 (16-7A)
MQP-16-9HD-20177
MQP-B+-20364
MQP-B+-20056 (B2+)
MQP-B-20173 (PrNd B4)
MQP-B-20172 (PrNd B3)
List of all available Case Studies
Name
Magnetization Fixture Design And Evaluation
Motor Design: Overview
Motor Design: Seat Motor
Motor Design: Window Lift Motor
Motor Design: Fuel Pump Motor
Motor Design: Power Tool Motor
Seat Motor: Benchmark Anisotropic HDDR Vs MQA
Cost Effective Motor Design Using Bonded NdFeB Magnets, Dr. Nimit Sheth, Senior Applications Scientist, April 28, 2009
Performance Comparison Of Seat Motor With Isotropic Bonded Neo Magnets And HDDR Anisotropic Magnets, Dr Nimit Sheth, Senior Application Scientist
Noise And Vibration In PM Motors – Sources And Remedies
List of all available Publications
Name
Substitution Of Ce for (Nd,Pr) In Melt-Spun (Nd,Pr)-Fe-B Powders
Material Difference (Article in "appliance DESIGN")

High Performance Nanostructured Nd-Fe-B Fine Powder

Journal of Applied Phyiscs 107, 09A730 (2010)
Research and development paper on High performance nanostructured Nd-Fe-B fine powder prepared by melt spinning and jet milling by Dr. Zhongmin Chen,Senior Scientist, Mr. David J. Miller,Director of Research & Development and Dr. Jim Herchenroeder, Vice President.

Copyright (2010) American Institute of Physics. This article may be downloaded for personal use only. Any other use requires prior permission of the author and the American Institute of Physics. The following article appeared in (Journal of Applied Physics (Vol.107, Issue 9) and may be found at http://link.aip.org/link/?JAP/107/09A730

Optimization Of Melt Spun RE-Fe-B Powder Composition For Fully Dense, High Energy Magnets

High Performance Bonded Neo Magnets Using High Density Compaction

Journal of Applied Phyiscs 109, 07A743 (2011)
Research and development paper on High performance bonded neo magnets using high density compaction by J. Herchenroeder, D. Miller, N. K. Sheth, M. C. Foo, and K. Nagarathnam

Copyright (2011) American Institute of Physics. This article may be downloaded for personal use only. Any other use requires prior permission of the author and the American Institute of Physics. The following article appeared in (Journal of Applied Physics (Vol.109, Issue 7)) and may be found at http://link.aip.org/link/?JAP/109/07A743

Optimization Of Melt Spun RE-Fe-B Powder Composition For Fully Dense, High Energy Magnets

Journal of Applied Phyiscs 109, 07A742 (2011)
Research and development paper on Optimization of melt spun RE-Fe-B powder composition for fully dense, high energy magnets by D. N. Brown, Y. K. Lim, R. A. Remoroza, and D. J. Miller

Copyright (2011) American Institute of Physics. This article may be downloaded for personal use only. Any other use requires prior permission of the author and the American Institute of Physics. The following article appeared in (Journal of Applied Physics (Vol.109, Issue 7)) and may be found at http://link.aip.org/link/?JAP/109/07A742

Microstructure And Properties Of Ni-Mn-Ga Alloys Produced By Rapid Solidification And Pulsed Electric Current Sintering
Bonded Neodymium Magnets

Permanent Magnet Synchronous Motor Drive Using Hybrid PI Speed

© 2011 IEEE. Reprinted, with permission, from Amit Vilas Sant, K. R. Rajagopal , and Nimit K. Sheth, Permanent Magnet Synchronous Motor Drive Using Hybrid PI Speed Controller With Inherent and Noninherent Switching Functions, IEEE TRANSACTIONS ON MAGNETICS, VOL. 47, NO. 10, OCTOBER 2011]

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Why Dysprosium Is Used In Rare Earth Magnets
List of all available Others
Name
Advanced AA Technology
Magnetization Guide
Advanced Rapid Solidification
Part Number Suffix Matrix