Powerful Sintered Samarium Cobalt irregular Magnet is a strong permanent magnet made of two basic elements: samarium and cobalt.

The maximum working temperature can reach 250-350℃, which is more suitable for working in high temperature environment than NdFeB

Powerful Sintered Samarium Cobalt irregular Magnets are known for their extreme strength, have a great temperature stability and a high resistance to corrosion and demagnetization.
DiscoverPowerful Sintered Samarium Cobalt irregular Magnets in 2 forms: Sm1Co5 and Sm2Co17 with energy products up to 32 MGOe.
Powerful Sintered Samarium Cobalt irregular Magnets, a type of rare-earth magnet, are manufactured by processing metal powders into precision metal components, which include strict controls and  convoluted heat treatment cycles.

Powerful Sintered Samarium Cobalt irregular Magnets are typically machined in the unmagnetized state. Samarium–cobalt should be ground using a wet grinding process (water-based coolants) and a diamond grinding wheel. The same type of process is required if drilling holes or other features that are confined. The grinding waste produced must not be allowed to completely dry as samarium–cobalt has a low ignition point.

A small spark, such as that produced with static electricity, can easily initiate combustion.The resulting fire produced can be extremely hot and difficult to control…

Powerful Sintered Samarium Cobalt irregular Magnet， due to their customized shapes and exceptional magnetic properties, are used in various specialized applications where standard shapes cannot meet specific design requirements. Key applications include:

• 1. Custom Motor Designs: Irregular SmCo magnets are tailored for unique motor configurations, enhancing performance and efficiency in specialized motors used in aerospace, automotive, and industrial applications.
• 2. Medical Devices: These magnets are often used in custom medical instruments and equipment, such as implantable devices and specialized imaging tools, where precise magnetic properties and unique shapes are essential.
• 3. Scientific Instruments: In advanced scientific research and laboratory equipment, irregular SmCo magnets provide specific magnetic fields required for experiments, contributing to accurate and reliable results.
• 4. High-Precision Sensors: Irregularly shaped SmCo magnets are used in custom sensors that require precise magnetic characteristics for accurate measurements and detections in various industries, including robotics and aerospace.
• 5. Magnetic Assemblies: Custom magnetic assemblies, which incorporate irregular SmCo magnets, are designed for specific industrial applications where standard magnet shapes cannot achieve the desired performance.
• 6. Renewable Energy Systems: They are used in specialized components of renewable energy systems, such as wind turbine generators, where unique shapes can optimize energy conversion efficiency. These applications leverage the unique shapes and robust magnetic properties of irregular SmCo magnets to meet specific design and performance requirements in demanding environments.