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Magnetization Solutions for the Magnetic Materials Industry

久巨充磁机为钕铁硼、铁氧体、钐钴等磁性材料提供生产与充磁加工方案,16年工厂·256项专利·ISO9001认证。联系久巨自动化获取更多充磁方案报价,+86 134-2897-6919/180-0255-6337微信同号、邮箱sam@szjiuju.comThe

  • 久巨异形衫钴磁铁充磁工艺案例视频—久巨充磁机

    853

    The Jiuju Magnetizing Machine utilizes the principle of capacitor-stored energy pulse discharge to instantly release a strong magnetic field and complete magnetization and shaping. The equipment supports voltage adjustment from 0 to 2,000 V to accommodate the characteristics of different magnetic materials. It can magnetize a single part in as little as 1–2 seconds, with a yield rate of 99.51% or higher for TP3T and above.

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  • 烧结钕铁硼磁环充磁工艺案例视频—久巨充磁机

    839

    The Jiuju Magnetizing Machine utilizes the principle of capacitor-stored energy pulse discharge to instantly release a strong magnetic field and complete magnetization and shaping. The equipment supports voltage adjustment from 0 to 2,000 V to accommodate the characteristics of different magnetic materials. It can magnetize a single part in as little as 1–2 seconds, with a yield rate of 99.51% or higher for TP3T and above.

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  • Video on Automatic Magnet Magnetization—Jiuju Magnetizer

    766

    The Jiuju Magnetizing Machine utilizes the principle of capacitor-stored energy pulse discharge to instantly release a strong magnetic field and complete magnetization and shaping. The equipment supports voltage adjustment from 0 to 2,000 V to accommodate the characteristics of different magnetic materials. It can magnetize a single part in as little as 1–2 seconds, with a yield rate of 99.51% or higher for TP3T and above.

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  • Video on Automatic Magnetization of Magnetic Rods—Jiuju Magnetizer

    679

    The Jiuju Magnetizing Machine utilizes the principle of capacitor-stored energy pulse discharge to instantly release a strong magnetic field and complete magnetization and shaping. The equipment supports voltage adjustment from 0 to 2,000 V to accommodate the characteristics of different magnetic materials. It can magnetize a single part in as little as 1–2 seconds, with a yield rate of 99.51% or higher for TP3T and above.

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  • Case Study on the Magnetization Process for Nylon Magnets—Jiuju Magnetizer

    327

    The Jiuju Magnetizing Machine utilizes the principle of capacitor-stored energy pulse discharge to instantly release a strong magnetic field and complete magnetization and shaping. The equipment supports voltage adjustment from 0 to 2,000 V to accommodate the characteristics of different magnetic materials. It can magnetize a single part in as little as 1–2 seconds, with a yield rate of 99.51% or higher for TP3T and above.

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  • Video Case Study: Magnetizing Cobalt-Iron Magnets—Jiuju Magnetizing Machine

    345

    The Jiuju Magnetizing Machine utilizes the principle of capacitor-stored energy pulse discharge to instantly release a strong magnetic field and complete magnetization and shaping. The equipment supports voltage adjustment from 0 to 2,000 V to accommodate the characteristics of different magnetic materials. It can magnetize a single part in as little as 1–2 seconds, with a yield rate of 99.51% or higher for TP3T and above.

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  • Case Study: Magnetization of Hard Magnetic Materials Using a Mixture of Nylon and Magnetic Powder by Jiuju—Jiuju Magnetizer

    398

    The Jiuju Magnetizing Machine utilizes the principle of capacitor-stored energy pulse discharge to instantly release a strong magnetic field and complete magnetization and shaping. The equipment supports voltage adjustment from 0 to 2,000 V to accommodate the characteristics of different magnetic materials. It can magnetize a single part in as little as 1–2 seconds, with a yield rate of 99.51% or higher for TP3T and above.

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  • JiuJu Magnetizing Video Case: Rubber Silicone and NdFeB Magnetizing

    2036

    Jiuju Automation specializes in magnetization—as demonstrated in its video case studies: magnetization processes for rubber, silicone, and neodymium-iron-boron materials, providing end-to-end solutions ranging from material testing to mass magnetization. The equipment is optimized for the characteristics of these materials, with magnetization uniformity ≥95% at 3T and magnetic energy product retention ≥98% at 3T, ...

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