Our Hiperco® alloys provide the highest magnetic induction of any commercially available soft magnetic material while exhibiting high permeability and low core loss.
Our Hiperco® alloys provide the highest magnetic induction of any commercially available soft magnetic material while exhibiting high permeability and low core loss.
These iron-cobalt alloys offer nearly 25% higher induction and 30% lower losses than conventional electrical steel and are available in thicknesses from 0.1 to 0.5mm. We work with customers to tailor mechanical properties based on their application needs.
Hiperco alloys are used in motors and generators to achieve a combination of maximum torque density and the lowest losses. They offer significantly higher power and torque density as compared to conventional electric steels. They help improve motor efficiency and typically reduce the size and weight of the motor or generator.
Hiperco alloys also work as flux concentrators in electromagnetic pole pieces for different high flux applications, such as audio voice coils and medical radiology. These alloys are also used in actuators, specialty transformers, magnetic bearing applications.
Our Soft Magnetic Alloys Powder Metallurgy are designed to excel in DC magnetic fields, providing unparalleled magnetic response characteristics. These alloys are meticulously engineered to meet the demands of diverse applications where magnetic performance is paramount.
Soft-Magnetic Alloys represent a specialized class of materials engineered to exhibit excellent magnetic properties, particularly in response to direct current (DC) magnetic fields. These alloys are designed to maintain high permeability and low coercivity, making them ideal for applications where efficient magnetic response and minimal energy loss are crucial.
Magnetic Responsiveness: Our Soft-Magnetic Alloys are tailored to exhibit exceptional magnetic response characteristics in DC magnetic fields, making them indispensable in a variety of electronic and electrical applications.
Post-Sinter Annealing: Unlike some conventional materials, our Soft-Magnetic Alloys typically do not require post-sinter annealing, streamlining your manufacturing process and reducing production time.
Secondary Operations Consideration: It's important to note that while post-sinter annealing is not necessary, certain secondary operations like repressing or steam treatment should be approached with caution, as they may impact magnetic properties.
These iron-cobalt alloys offer nearly 25% higher induction and 30% lower losses than conventional electrical steel and are available in thicknesses from 0.1 to 0.5mm. We work with customers to tailor mechanical properties based on their application needs.
Hiperco alloys are used in motors and generators to achieve a combination of maximum torque density and the lowest losses. They offer significantly higher power and torque density as compared to conventional electric steels. They help improve motor efficiency and typically reduce the size and weight of the motor or generator.
Hiperco alloys also work as flux concentrators in electromagnetic pole pieces for different high flux applications, such as audio voice coils and medical radiology. These alloys are also used in actuators, specialty transformers, magnetic bearing applications.
Our Soft Magnetic Alloys Powder Metallurgy are designed to excel in DC magnetic fields, providing unparalleled magnetic response characteristics. These alloys are meticulously engineered to meet the demands of diverse applications where magnetic performance is paramount.
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Soft-Magnetic Alloys represent a specialized class of materials engineered to exhibit excellent magnetic properties, particularly in response to direct current (DC) magnetic fields. These alloys are designed to maintain high permeability and low coercivity, making them ideal for applications where efficient magnetic response and minimal energy loss are crucial.
Magnetic Responsiveness: Our Soft-Magnetic Alloys are tailored to exhibit exceptional magnetic response characteristics in DC magnetic fields, making them indispensable in a variety of electronic and electrical applications.
Post-Sinter Annealing: Unlike some conventional materials, our Soft-Magnetic Alloys typically do not require post-sinter annealing, streamlining your manufacturing process and reducing production time.
Secondary Operations Consideration: It's important to note that while post-sinter annealing is not necessary, certain secondary operations like repressing or steam treatment should be approached with caution, as they may impact magnetic properties.
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