FE10670 Iron Boron Alloy Powder

Iron Boron Alloy Powder Description

Iron Boron Alloy Powder is an alloy consisting primarily of iron with a controlled addition of boron. The precise blend improves sintering behaviour and refines grain structure during thermal processing. The controlled particle size distribution and verified chemical composition support enhanced densification and structural integrity in processed components, making the material beneficial for various metallurgical applications requiring predictable performance.

Iron Boron Alloy Powder Information

Chemical Composition (Wt%)

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Iron Boron Alloy Powder Applications

1.       Industrial Processing
   - Used as a sintering aid in metal injection moulding to achieve enhanced densification by leveraging controlled particle size distribution.

2.       Automotive Components
   - Applied as an alloy additive in engine and brake components to achieve increased wear resistance by leveraging the boron-enhanced microstructure.

3.       Electronics Manufacturing
   - Employed as a component in magnetic assemblies to achieve improved thermal stability by leveraging its uniform chemical composition.

Iron Boron Alloy Powder Packing

Iron Boron Alloy Powder is packaged in sealed, anti-static bags enclosed within rigid, moisture-resistant boxes. Desiccant packets are included to control humidity during transit and storage. The packaging design minimises contamination and dust exposure. Custom options for bulk containers and labelled packaging are available. It is recommended to store the powder in a cool, dry environment to preserve its chemical integrity and prevent agglomeration.

Additional Information

Iron boron alloy powders are crucial in powder metallurgy, where precise control over microstructure and sintering behaviour is vital. The addition of boron to iron improves grain boundary formation and enhances high-temperature performance, making these powders suitable for manufacturing components subjected to thermal stress.

The interaction between iron and boron in such alloys provides insights into optimising performance in demanding industrial applications. Ongoing research in alloy behaviour continues to expand the understanding of phase transformations and mechanical properties in iron-based systems, proving valuable to both academic research and industrial development.