Properties and processing of improved SMC materials
Improvements in both types of SMC materials
Resin impregnation of soft magnetic materials for low frequency applications
Use of insulated iron powders in a bicycle permanent magnet electric motor
The different steps involved in the development of this stator–from the first design iterations, to the prototype testing, trials on an industrial press and production
Use of soft magnetic composite materials in industrial applications
Insulated iron powders are alternative materials to conventional soft magnetic materials such as steel sheet laminations used in electrical machines. Most of the magnetic structures of existing electrical machines with AC excitation were optimized during the 20th century for 2D flux circulation in laminated yokes. Now with the isotropic composite materials new designs can be used to optimize the materials in terms of technical and economic performance. The 3D design optimization permits to meet the application specifications taking into account the magnetic, thermal and mechanical properties of the materials as well as the cost of the production and assembly process. In this paper, the characteristics and properties of typical composite powders are presented together with a design optimization methodology. This methodology was successfully adopted for investigating the potential applications of composite powders in several sectors such as automotive, electro-domestic and lighting industry.
Iron compacts for low frequency AC magnetic application: Effect of lubricants
Iron compacts for low frequency AC magnetic application: Effect of thermal treatments
Iron-resin composite materials for AC magnetic applications
Iron-resin composite for high frequency AC magnetic applications
Lubricated iron powder mixes for low frequency soft magnetic applications
Insulated iron powders for automotive applications
The effect of composition and processing technique on the properties of insulated iron materials