SmCo Rod Magnets, Cylinder Rod Bar SmCo Magnet, Strong Sensor and Actuator Permanent Magnets, Rare Earth Samarium Cobalt Rod Cylindrical Shaped Magnets China supplier factory

SmCo rod magnets are cylindrical in shape, with a uniform diameter along their length. They can vary in length depending on the application requirements. The cylindrical shape makes them versatile for various applications and allows for easy integration into magnetic assemblies.

SmCo magnetic rods are known for their strong magnetic properties, providing high magnetic flux density and excellent magnetic performance. They generate powerful magnetic fields, making them suitable for applications requiring a strong magnetic force.

SmCo rod magnets exhibit exceptional resistance to high temperatures, maintaining their magnetic properties even at temperatures up to 250°C (482°F) or higher, depending on the specific grade of SmCo magnet used. This property makes them suitable for applications in harsh environments or high-temperature conditions.

SmCo magnets have excellent resistance to demagnetization, ensuring long-term stability and reliability in magnetic systems. This property is crucial in applications where the magnet is subjected to external magnetic fields or mechanical stress.

SmCo bars and rods find applications in various industries where strong magnetic fields in a cylindrical form are required. Some common applications include:
Magnetic stirring bars: SmCo rods are used as magnetic stirring bars in laboratory applications for mixing liquids in containers placed on magnetic stirrers.
Sensors and actuators: They are employed in sensors, actuators, and position control systems where precise magnetic field control is necessary.
Magnetic couplings: SmCo rods are utilized in magnetic coupling systems for applications where mechanical power transmission needs to be achieved without physical contact, such as pumps and couplings in chemical processing equipment.

HSMAG SmCo rods / bars are available in different grades, with variations in magnetic properties such as coercivity, remanence, and maximum energy product (BHmax). The choice of grade depends on the specific application requirements, including operating temperature, magnetic field strength, and environmental conditions.