The purpose of magnetic controlling high -purity cobalt (CO) mainly involves the fields of material science, electronic technology, and magnetic material preparation. The advanced house technology below introduces these specific uses in these aspects.

1. Materials science: High -pure cobalt (CO) has a wide range of applications in material science. The unique nature of cobalt makes it an important component of various alloys and materials. Magnetic sputtering high -purity cobalt can be used to prepare high -purity cobalt -thin films. These film can be used to research and develop the nature and application of new materials. In addition, high -purity cobalt can also be used to prepare cobalt -in -law materials. These alloys have excellent mechanical properties and heat resistance, and can be widely used in the fields of aerospace, automobile manufacturing and tool manufacturing.

2. Electronic technology: Cobalt has an important position in electronic device manufacturing. Magnetic sputtering high -purity cobalt can prepare cobalt -thin film with excellent conductive performance and stability. These thin films can be used to manufacture wires, connectors and circuit boards in electronic components. In addition, cobalt can also be compounded with other materials to prepare materials with special properties, such as cobalt -iron alloys for manufacturing magnetic materials in hard disk drives, and cobalt cash alloys for manufacturing superconductors.

3. Magnetic material preparation: Cobalt has good magnetic properties and plays an important role in the preparation of magnetic materials. Magnetic sputtering high -purity cobalt can prepare cobalt thin film with high purity, good crystallinity, and stable magnetic properties. These film can be used to prepare magnetic materials such as magnetic heads and disks, and are widely used in areas such as information storage and magnetic resonance imaging.

In general, the purpose of magnetic control sputtering high -purity cobalt involves multiple fields such as material science, electronic technology, and magnetic material preparation. By controlling the process parameters in the coating process, you can obtain a cobalt thin film with good performance, and then promote the development and application of related fields.