FE10668 Iron Silicon Boron Alloy Powder

Catalogue Number	FE10668
Particle Size	0.01-250 μm, or customized
Form	Powder

Iron Silicon Boron Alloy Powder is an iron-based ferro alloy integrated with specific amounts of silicon and boron for improved performance in metallurgical processes. Stanford Advanced Materials (SAM) employs techniques such as XRF and ICP-OES for precise elemental verification. The powder is produced under controlled milling and atmospheric conditions to ensure a consistent particle size distribution. This process supports its use in applications requiring accurate alloy compositions and reproducible fusion characteristics.

INQUIRY

Description

Specification

Reviews

FAQ

How is the particle size distribution maintained during production?

SAM controls particle size by employing calibrated milling processes and sedimentation analysis. This approach ensures a narrow distribution critical for high-temperature sintering and metal fusion applications.

Which analytical techniques verify the alloy composition?

The composition is verified using XRF and ICP-OES methods. These techniques accurately quantify silicon and boron levels to ensure the powder meets strict metallurgical specifications.

Can the alloy be adjusted for specific sintering behaviors?

Yes, adjustments in milling and post-processing allow customisation of sintering characteristics based on industrial requirements. Contact us for specific customisation details.

REQUEST A QUOTE

Send us an inquiry today to learn more and receive the latest pricing. Thank you!