SmCo Disc Magnets

SmCo (Samarium Cobalt) disc magnets are widely used in aerospace (high-temperature sensors, navigation systems), medical equipment (MRI components, precision surgical instruments), industrial motors (high-temperature motors, generators), electronic devices (high-precision sensors, instruments), and energy sectors (wind turbine components) due to their excellent high-temperature resistance, corrosion resistance, and superior magnetic stability. Their outstanding high-temperature performance and resistance to demagnetization make them an ideal choice for critical technologies in extreme environments, particularly in applications exceeding 300°C where they are irreplaceable.

Description:

Samarium Cobalt (SmCo) Disc Magnets are high-performance rare-earth magnets known for their exceptional temperature stability, corrosion resistance, and strong magnetic properties. They are widely used in demanding applications where reliability under extreme conditions is required.

Specifications:

Material: Samarium Cobalt (SmCo)
Shape: Disc (Round)
Tolerance: ±0.1mm (standard)
Grade: SmCo26 or SmCo28 (high-energy grades)
Plating/Coating: Typically uncoated (inherent corrosion resistance) or optional gold/nickel plating
Magnetization Direction: Axial or Diametrical
Maximum Operating Temperature: Up to 350°C (depending on grade)

Key Features:

High-Temperature Performance – Maintains magnetic properties at extreme temperatures (up to 350°C).
Corrosion Resistance – Does not require coating for most environments (optional plating available).
High Magnetic Strength – Strong magnetic output with excellent stability.
Demagnetization Resistance – Superior resistance to demagnetization compared to other magnets.

Common Applications:

Aerospace & Defense – Sensors, actuators, and navigation systems.
Medical Devices – MRI components and surgical instruments.
Industrial Motors – High-temperature motors and generators.
Electronics – Precision instruments and sensors.
Energy Sector – Wind turbine generators and other high-performance systems.