Imán de tubo de neodimio de tierras raras
| Material | NdFeB |
|---|---|
| Forma | Anillo |
| Revestimiento | Níquel |
| Talla | Personalizable |
| Tolerancias | 0,02 mm/0,001"." |
| Dirección de magnetización | Personalizable |
Imán Introducción
BMAG Neodymium Rare Earth Tube Magnets represent the pinnacle of longitudinal magnetic engineering. These rare earth components are essential for advanced linear actuators and high-tech separation equipment where a deep, uniform magnetic field is required along a central axis.
BMAG’s advanced sintering and diamond-grinding processes allow us to maintain a strict 0.02mm tolerance, which is critical for preventing mechanical interference in tight-tolerance assemblies.
We offer extensive customization for our rare earth tubes, including specialized coatings like Ni-Cu-Ni, Epoxy, or PTFE to withstand diverse operating environments. Whether your project requires the versatility of N28 or the extreme magnetic potential of N55, BMAG ensures the material’s crystalline structure is optimized for peak performance.
To support your quality assurance process, BMAG assists customers in testing the magnetic flux and magnetic field intensity of the finished product. By verifying the tensile force and field distribution, we guarantee a rare earth tube that delivers unwavering power and geometric perfection.
Neodymium Rare Earth Tube Magnet Dimension Diagram
Dirección de magnetización del imán tubular
Especificación del imán
| Material | NdFeB |
|---|---|
| Forma | Anillo |
| Revestimiento | Níquel |
| Talla | Personalizable |
| Tolerancias | 0,02 mm/0,001"." |
| Dirección de magnetización | Personalizable |
Haga clic para calcular el Campo de superficie, Fuerza de tracción, y Wocho al instante.










