Your best global partner to scale to production with the largest vacuum induction melting capacity and state-of-the-art hot rolling mill for high-performance soft magnetic alloys.
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Engineered, validated, scalable production processes directly from the material experts for optimal lamination and stack performance.
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End-to-end partnerships with design, integration, modeling, and assembly support for optimal motor power density and performance.
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Our soft magnetic alloys allow designers to optimize torque and power density for improved system-level performance by providing 25% higher induction, better permeability, and 30% lower core losses to decrease the motor size up to 30%, without sacrificing torque.
Highest magnetic induction with the lowest core losses for stator applications in power-dense motors and generators
Highest magnetic induction and low core losses with mechanical properties that can be tailored to meet both stator and rotor application needs
Our expertise in specialized materials and stack processing ensures the highest performance stator and rotor stacks. We have a deep understanding of metallurgical structure-magnetic property relationships and expertise in various processing technologies. Our methods for dimensional control, high-strength, and tailored magnetic properties support the most demanding motor design requirements and production tolerances, resulting in superior motor responses.
Highest magnetic induction and low core losses with mechanical properties that can be tailored to meet both stator and rotor application needs
Highest magnetic induction with the lowest core losses for stator applications in power-dense motors and generators
Highest magnetic saturation with high yield strength, moderate core loss, and mechanical properties that can help optimize power-dense motors
The battery management system (BMS) is an integral part of electric vehicles and electronic devices where current and voltage monitoring is controlled via resistors. Our materials provide a low temperature coefficient of resistance (TCR) to enable reliable BMS systems.
Resistance alloy with low TCR and high thermal stability for more precise regulation of voltage and current for sensors and battery management systems
Oxidation-resistant steel with a high specific electrical resistance as well as resistance scale. No. 1 JR has a low temperature coefficient of resistance (TCR)
Higher power and torque delivery facilitate increased power generation. Our high-performance alloys and stator and rotor stacks enable smaller, lightweight designs without compromising on performance.
Highest magnetic induction and low core losses with mechanical properties that can be tailored to meet both stator and rotor application needs
Highest magnetic induction and high yield strength. Tailored properties can meet demands for power-dense, high-speed motors
Military personnel are surrounded by electrical systems requiring increasing power in confined spaces. Maneuverability and efficiency translate to agility and reach and warfighters need to fight from a position of advantage. Our soft magnetic solutions improve the range and acceleration of existing electrical drives.
Highest magnetic induction with the lowest core losses for stator applications in power-dense motors and generators
Combination of high induction, low core loss, and low coercivity for economical power-dense motors
Our soft magnetic alloy solutions enable designers to reduce the size and weight of electromagnet components within microspeakers in headphones and hearing aids. Material optimization leads to increased performance, such as improved sound pressure level (SPL) and improved battery life for wireless audio devices.
Highest magnetic induction with good permeability and low core losses enabling highly compact designs without sacrificing performance
High magnetic permeability and good magnetic induction for a combination of fast response with size and weight reduction
Haptic actuation devices with micromotors require power-dense solutions allowing torque increase or size reduction. Our soft magnetic alloys offer nearly 40% higher induction and significantly higher permeability, allowing up to 15% higher device acceleration.
Highest magnetic induction with good permeability and low core losses enabling highly compact designs without sacrificing performance
High magnetic saturation induction with greater ductility and toughness for applications requiring a combination of good magnetic and mechanical performance
Soft magnetic alloys allow for the suppression, attenuation, and mitigation of magnetic fields. High permeability and high saturation soft magnetic materials can reduce the electromagnetic interference (EMI) in your application to meet electromagnetic compliance (EMC) needs.
Superior permeability and low core loss. An excellent choice for shielding in electric and acoustic devices, and for ultra-fast response in electric circuits
High magnetic permeability and good magnetic induction for a combination of fast response with size and weight reduction
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