L'éliminateur de fer électromagnétique suspendu convient aux matériaux en poudre sèche dans l'industrie du verre et peut être utilisé pour la purification par induction électromagnétique.
Brief: Découvrez le déferrisseur électromagnétique suspendu, parfait pour les boues de l'industrie chimique. Cet appareil facile à installer élimine les impuretés de fer des matériaux non magnétiques, garantissant ainsi la pureté dans des industries telles que l'exploitation minière, le verre et les matériaux de construction.
Related Product Features:
Suitable for slurries in the chemical industry, ensuring efficient iron removal.
Easy to install and operate, making it user-friendly for various industrial applications.
Works on powder, granular, or block non-magnetic materials for versatile use.
Features manual and self-cleaning options for flexible maintenance.
Generates a high gradient magnetic field for effective iron capture.
Simple structure with reliable operation and easy maintenance for manual cleaning.
Self-cleaning type includes automatic iron unloading for continuous operation.
Widely used in industries like chemical, mining, glass, and building materials.
FAQ:
What industries is the suspended electromagnetic iron remover suitable for?
It is widely used in the chemical, mining, glass, and building materials industries for removing iron impurities from non-magnetic materials.
How does the electromagnetic iron remover work?
The device generates a magnetic field when the electromagnetic coil is energized, creating a magnetic circuit that captures and adsorbs iron impurities from the material passing through.
What are the advantages of the manual cleaning type?
The manual cleaning type offers a simple structure, reliable operation, and easy maintenance, though it requires stopping the line for cleaning.
What are the benefits of the self-cleaning type?
The self-cleaning type automatically removes captured iron through a rotating belt, allowing continuous operation without manual intervention, though it requires more maintenance.