Magnetic Material Rare Earth Permanent Strong Customized High Quality smco magnet
Description
Material Types
SmCo5 (Samarium Cobalt 1:5)
Magnetic Energy Product (BHmax): 18–22 MGOe
Maximum Operating Temperature: 250°C
Sm2Co17 (Samarium Cobalt 2:17)
Magnetic Energy Product (BHmax): 24–32 MGOe
Maximum Operating Temperature: 350°C
Key Features
Superior High-Temperature Performance: Maintains stable magnetic properties at elevated temperatures (250–350°C), outperforming NdFeB magnets in thermal resistance.
High Coercivity: Excellent resistance to demagnetization under mechanical stress or thermal exposure.
Corrosion Resistance: Inherently resistant to oxidation and humidity; optional protective coatings (nickel, epoxy, gold) available for extreme environments.
Customizable Magnetization: Axial, radial, or radial multipole magnetization configurations.
Diverse Shapes: Cylindrical, rectangular, ring, or custom geometries to suit application requirements.
Applications
SmCo magnets are ideal for precision systems requiring stability in harsh conditions:
Automotive & Aerospace: Sensors, actuators, and high-temperature motors.
Medical Devices: MRI equipment, surgical instruments, and implantable devices.
Industrial Equipment: Turbine sensors, robotics, and high-efficiency motors.
Energy & Defense: Radar systems, satellite components, and power generation systems.
Customization Options
Shapes: Standard (cylindrical, rectangular, ring) or custom-designed geometries.
Coatings: Optional nickel, epoxy, or gold plating for enhanced durability in corrosive environments.
Magnetization: Tailored magnetization directions and multipole configurations.
Quality Assurance
ISO 9001-certified manufacturing with full traceability.
Comprehensive testing for magnetic strength, thermal stability, and corrosion resistance.
Technical support for application-specific optimization.
Note: SmCo magnets are specialized solutions for extreme conditions. For cost-sensitive or standard-temperature applications, NdFeB or ferrite magnets may be recommended.
