Description
Specifications Table
Product Name – Iron powder, spherical, <10 micron, 99.9+% (metals basis), 99.5% Quantity/Pack Size – 1kg, 250g, 25g Form – Spherical powder Grade – 99.9% (metals basis), 99.5% Application – High-precision lab, industrial, and research uses
Product Overview
This spherical iron powder delivers exceptional purity (99.9% metals basis) with a tightly controlled particle size distribution under 10 microns, ensuring uniform performance in critical applications. The high sphericity minimizes surface irregularities, reducing reactivity variations and improving flow characteristics for consistent processing. With a minimum 99.5% assay, it meets stringent quality requirements for advanced material synthesis, additive manufacturing, and specialized chemical processes. The powder’s low oxygen and carbon content prevent unwanted oxidation or contamination, making it suitable for environments where trace impurities could compromise results. Its fine particle size enables superior sintering behavior in powder metallurgy while maintaining excellent compressibility. The material is produced via advanced atomization techniques to guarantee batch-to-batch consistency, eliminating the variability often found in conventional iron powders. Whether used as a standalone reagent or as part of composite formulations, this high-grade iron powder provides reliable performance in demanding technical applications where precision and purity are non-negotiable.
FAQs
1. What is the typical oxygen content in this spherical iron powder?
The oxygen content is maintained below 0.1% to preserve the powder’s high purity and prevent oxidation-related degradation during storage or processing.
2. Can this powder be used in metal injection molding (MIM) processes?
Yes, the <10µm particle size and spherical morphology make it highly suitable for MIM applications, offering excellent flow and packing density for complex part fabrication.
3. How does the sphericity affect the powder’s behavior in magnetic applications?
Spherical particles reduce eddy current losses and improve magnetic domain alignment, enhancing performance in soft magnetic composites and inductive components.
4. What is the recommended storage condition to maintain the powder’s properties?
Store in a tightly sealed container under inert gas (argon/nitrogen) at room temperature to prevent moisture absorption and oxidation over extended periods.
5. Are there any known compatibility issues with common binders used in additive manufacturing?
The powder exhibits excellent compatibility with polymer binders like PVA, PE, and PMMA, though minor adjustments to debinding cycles may be needed based on specific formulations.
