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Reducing the number of components and consequently reducing costs, hours and CO₂ emissions.
By reducing the number of parts, you can expect to reduce the cost of parts design, excess parts and logistics, as well as the time required for development work, and we can expect to improve efficiency and productivity.
It also leads to a reduction in environmental impact by reducing CO₂ emissions.
Convert
In bonded magnets, SMM's Magnet Material has the highest level of magnetic force and contributes to the miniaturization of motors.
Attract
Can be used outdoors and its strong adhesive force secures various objects.
Prevent
Use of micron-sized magnet powder reduces parts costs and frequency of replacement due to wear.
Prevent
SmFeN magnet material that generates less red rust than NdFeB magnet material realizes paint-less.
Enhance
With injection molding materials containing SmFeN magnet powder and ferrite magnet powder and ferrite magnet powder, the magnetic force is enhanced than that of ferrite magnet.
Reduce
Reducing the risk of holding inventory due to raw material price fluctuations.
Reduce
Production requirements
Enhance
Cost increase
Reduce
Raw material risk
Prevent
Rust
Prevent
Wear
Enhance
Magnetic force
Sumitomo Metal Mining
Surge in the Prices of Rare Earth Magnets and the Possibility of Samarium-Iron-Nitride Magnetic Materials
Sumitomo Metal Mining
Magnetic Material Applications Such as EV Motors,Bonded Magnet Materials of SMM
Anisotropic SmFeN (Samarium-Iron-Nitrogen) magnet powder
Anisotoripic SmFeN (Samarium-Iron-Nitrogen) PA12 magnet pellet for injection molding
Anisotropic SmFeN (Samarium-Iron-Nitrogen) mixed Ferrite PA12 magnet pellet for injection molding
Anisotropic NdFeB mixed SmFeN PA magnet pellet for injection molding
Anisotropic NdFeB mixed SmFeN PPS magnet pellet for injection molding
Ready to get started? Contact us to talk about your requirements.
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