Iron wires are a sputtering target as evaporation coating material. Its size is customizable and surface treatment against customers’ requirements.Iron sputtering targets are vital components in creating thin, durable films for a wide range of industrial applications. Produced from high-purity iron, these targets are used in physical vapor deposition (PVD) processes to coat surfaces with iron, imparting properties such as enhanced magnetism, durability, and thermal resistance. Iron sputtering targets play a critical role in sectors such as electronics, data storage, automotive, aerospace, and environmental technology.
Iron Wires
| CAS No.:7439-89-6 | EINECS No.:231-096-4 | Molecular Formula:Fe | Molecular Weight:55.85 |
| Melting Point:1535℃ | Boiling Point:3000℃ | Density:7.86 |
Applications
In the electronics and data storage industries, iron sputtering targets are commonly used to create magnetic films in devices such as hard drives, magnetic sensors, and memory storage. Iron’s magnetic properties contribute to high-density data storage, making it ideal for advanced spintronic devices and magnetic read/write heads, where precision and stability are essential for device performance.
In the automotive and aerospace industries, iron coatings provide enhanced wear resistance and thermal stability. Iron sputtering targets are used to produce protective layers on engine components and other high-stress parts, ensuring longevity and performance under extreme conditions. The strength and durability of iron coatings help prevent oxidation and mechanical wear, which is crucial for applications in harsh environments.
Iron sputtering is also significant in environmental technology, where iron-based coatings are applied in catalytic converters and filtration systems. Iron’s catalytic properties allow it to aid in pollution control by facilitating chemical reactions that reduce emissions, making it a valuable material for sustainability efforts.